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MDO3000
L’oscilloscope mutidomaine MDO3000 comprend jusqu’à six instruments intégrés, avec des options comme l’analyseur de spectre, le générateur de fonctions et bien d’autres encore, pour pouvoir capturer les signaux analogiques, numériques et radio-fréquences avec un seul et même oscilloscope. Vous pouvez même ajouter des instruments, des fonctions d’analyse et augmenter la bande passante au fur et à mesure de l’évolution des problèmes de votre conception.
Bande passante
Jusqu’à 1 GHz
Nombre d‘échantillons
10 millions de points
Voies analogiques
2 ou 4
Fréquence d’échantillonnage
Jusqu'à 5 G éch./s
Un oscilloscope puissant n’est que le point de départ.
Le secteur de l’ingénierie actuel est dominé par les processeurs multi-cœurs, les bus série et les interfaces sans fil. Au cœur du modèle MDO3000 se trouve un oscilloscope Tektronix éprouvé, avec un analyseur de spectre et un voltmètre numérique. Vous pouvez ensuite le personnaliser en fonction de vos besoins. Ajoutez 16 voies logiques, un générateur de fonctions et de signaux arbitraires 50 MHz, l’analyse de protocole et un analyseur de spectre 3 GHz pour résoudre les problèmes les plus complexes d’aujourd’hui et de demain.
Découvrez l’intérieur de l’oscilloscope
Points forts
- Oscilloscope avec 125 combinaisons de déclenchements
- Longueur d’enregistrement de 10 millions de points avec les commandes Wave Inspector®
- Analyseur de spectre de base compris
- Ajoutez des instruments et des fonctionnalités en fonction de l’évolution des besoins de vos tests
L’importance d’effectuer des mesures précises
Plus simplement, l’oscilloscope MDO3000 est conçu pour produire les mesures les plus précises du marché. Alors que de nombreux autres instruments ne présentent que des données d’affichage basse résolution, le modèle MDO3000 prend des mesures sur les données d’acquisition réelles, offrant ainsi une vision inédite de vos conceptions. En fait, comme nous sommes certains que l’oscilloscope MDO3000 vous offrira une confiance totale dans vos mesures, nous garantissons ses caractéristiques techniques. Après tout, la précision des mesures joue sur l’intégrité de la conception. Pourquoi recourir à un système qui est tout sauf précis ?
Les meilleures sondes au meilleur prix, c’est-à-dire gratuites.
Les sondes sont un élément clé du système de mesure du signal à ne pas négliger. Lorsque vous achetez un oscilloscope MDO3000, vous bénéficiez gratuitement des meilleures sondes du marché. Avec une bande passante élevée et la meilleure charge capacitive du marché à 3,9 pF avec votre oscilloscope, les sondes TPP sont la solution parfaite au quotidien.
Découvrez comment les sondes affectent les mesures
Découvrez comment les sondes Tektronix améliorent le niveau de fiabilité
Points forts
- Les sondes TPP sont fournies, une par voie analogique
- Charge capacitive de sonde de 3,9 pF la meilleure du marché
- Bande passante de sonde à 250 MHz, 500 MHz ou 1 GHz pour correspondre à la bande passante de l’oscilloscope
Effectuez vos mesures sans fil comme un expert en radio-fréquences, sans pour autant en être un
Vous n’êtes pas à l’aise avec les communications sans fil et les problèmes d’interférences électromagnétiques ? Ou bien vous êtes un expert en radio-fréquences et vous avez besoin d’un oscilloscope capable de prendre des mesures de synchronisation et de domaine de fréquences ? Quoi qu’il en soit, l’oscilloscope MDO3000 avec analyseur de spectre intégré peut répondre à vos besoins. À l’inverse des oscilloscopes qui proposent une « analyse de spectre » FFT, seul le modèle MDO3000 dispose d’un véritable analyseur de spectre intégré, pour vous permettre d’effectuer des mesures RF jusqu’à 3 GHz sans devoir quitter votre oscilloscope.
Comparaison entre les oscilloscopes MDO3000 et les oscilloscopes FFT
Points forts
- Analyseur de spectre de base, fourni
- Mise à jour possible de l’analyseur de spectre à 3 GHz
- Le seul véritable analyseur de spectre intégré du marché
Des accidents surviennent. Vérifiez que vous êtes protégé.
Nous sommes les seuls à offrir une couverture pour les dommages accidentels. Oui, cette garantie couvre les détériorations de l’écran, les dommages consécutifs aux chutes, les supports cassés, les conséquences des décharges électrostatiques ou des surtensions électriques. Limitez les réparations imprévues ou les coûts de remplacement grâce à notre forfait Total Protection. Regardez la vidéo ou cliquez sur le lien ci-dessous pour en savoir plus.
| Modèle | Bande passante analogique | Fréquence d'échantillonnage | Longueur d'enregistrement | Voies analogiques | Voies numériques | Analyseur de spectre | Sortie du générateur de fonctions | Tarif |
|---|---|---|---|---|---|---|---|---|
| MDO3012 | 100 MHz | 2,5 G éch./s | 10 Mpoints | 2 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $3,770 Configuration et devis |
| MDO3014 | 100 MHz | 2,5 G éch./s | 10 Mpoints | 4 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $4,490 Configuration et devis |
| MDO3022 | 200 MHz | 2,5 G éch./s | 10 Mpoints | 2 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $4,500 Configuration et devis |
| MDO3024 | 200 MHz | 2,5 G éch./s | 10 Mpoints | 4 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $5,020 Configuration et devis |
| MDO3032 | 350 MHz | 2,5 G éch./s | 10 Mpoints | 2 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $7,770 Configuration et devis |
| MDO3034 | 350 MHz | 2,5 G éch./s | 10 Mpoints | 4 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $9,340 Configuration et devis |
| MDO3052 | 500 MHz | 2,5 G éch./s | 10 Mpoints | 2 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $9,860 Configuration et devis |
| MDO3102 | 1 GHz | 5 Géch./s | 10 Mpoints | 2 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $11,700 Configuration et devis |
| MDO3054 | 500 MHz | 2,5 G éch./s | 10 Mpoints | 4 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $12,600 Configuration et devis |
| MDO3104 | 1 GHz | 5 Géch./s | 10 Mpoints | 4 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $15,600 Configuration et devis |
| Modèle | Bande passante analogique | Fréquence d'échantillonnage | Longueur d'enregistrement | Voies analogiques | Voies numériques | Analyseur de spectre | Sortie du générateur de fonctions | Tarif |
|---|---|---|---|---|---|---|---|---|
| MDO3012 | 100 MHz | 2,5 G éch./s | 10 Mpoints | 2 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $3,770 Configuration et devis |
| MDO3014 | 100 MHz | 2,5 G éch./s | 10 Mpoints | 4 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $4,490 Configuration et devis |
| MDO3022 | 200 MHz | 2,5 G éch./s | 10 Mpoints | 2 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $4,500 Configuration et devis |
| MDO3024 | 200 MHz | 2,5 G éch./s | 10 Mpoints | 4 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $5,020 Configuration et devis |
| MDO3032 | 350 MHz | 2,5 G éch./s | 10 Mpoints | 2 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $7,770 Configuration et devis |
| MDO3034 | 350 MHz | 2,5 G éch./s | 10 Mpoints | 4 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $9,340 Configuration et devis |
| MDO3052 | 500 MHz | 2,5 G éch./s | 10 Mpoints | 2 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $9,860 Configuration et devis |
| MDO3102 | 1 GHz | 5 Géch./s | 10 Mpoints | 2 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $11,700 Configuration et devis |
| MDO3054 | 500 MHz | 2,5 G éch./s | 10 Mpoints | 4 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $12,600 Configuration et devis |
| MDO3104 | 1 GHz | 5 Géch./s | 10 Mpoints | 4 | 16 (en option) | Jusqu'à 3 GHz | 1 (en option) |
US $15,600 Configuration et devis |
| Tektronix MDO3000 |
Tektronix MDO4000C |
Keysight 3000T |
LeCroy WaveSurfer 3000 |
R&S RTM2000 |
|
|---|---|---|---|---|---|
| Bande passante | 100 MHz à 1 GHz | 200 MHz à 1 GHz | 100 MHz à 1 GHz | 200 MHz à 750 MHz | 200 MHz à 1 GHz |
| Bande passante évolutive | Oui | Oui | Oui | Oui | Oui |
| Voies analogiques | 2 ou 4 | 4 | 2 ou 4 | 2 ou 4 | 2 ou 4 |
| Fréquence d’échantillonnage analogique | Jusqu'à 5 G éch./s | Jusqu'à 5 G éch./s | Jusqu'à 5 G éch./s | Jusqu'à 4 G éch./s | Jusqu'à 5 G éch./s |
| Longueur d’enregistrement standard (toutes voies) | 10 M | 20 M | 2 M | 10 M | 10 M |
| Générateur de fonctions arbitraires intégré | 50 MHz (en option) | 50 MHz (en option) | 20 MHz (en option) | 25 MHz (en option) | -- |
| Voies logiques intégrées (MSO) | 16 (en option) | 16 (en option) | 16 (en option) | 16 (en option) | 16 (en option) |
| Analyseur de spectre matériel intégré | Jusqu’à 3 GHz (en option) | Jusqu’à 6 GHz (en option) | -- | -- | -- |
| Synchronisation complète en analogique, numérique et radio-fréquences | -- | Oui | -- | -- | -- |
| Sondes standard | Jusqu’à 1 GHz en passif | Jusqu’à 1 GHz en passif | Jusqu'à 500 MHz en passif | Jusqu'à 500 MHz en passif | Jusqu'à 500 MHz en passif |
| Garantie standard | 3 ans | 3 ans | 3 ans | 3 ans | 3 ans |
Décodage, analyse et déclenchement de bus série intégrés
Un seul et même signal de bus série comprend parfois l’adresse, les commandes, les données et les informations sur l’horloge, ce qui peut compliquer l’identification précise des événements recherchés. Les modules d’application série de la gamme MDO3000 transforment l’oscilloscope en un outil robuste pour le débogage des bus série avec déclenchement, décodage et recherche automatiques.
Points forts
- I2C, SPI, RS-232/422/485/UART
- CAN/CAN FD, LIN, FlexRay
- I2S/LJ/RJ/TDM
- MIL-STD-1553, USB
Plus d’informations sur le débogage de bus série dans les systèmes intégrés
Regardez cette vidéo qui révèle les secrets du décodage de bus série
Mesures et analyse de la puissance
La demande sans cesse croissante d’efficacité énergétique fait peser de nouvelles contraintes, aussi bien sur les concepteurs que sur les instruments de test. Les contraintes de consommation en veille, les vitesses de commutation toujours plus rapides, les semiconducteurs à faible fuite et les gammes de signaux plus étendues repoussent les limites des conditions de test. Le modèle MDO3000 offre des solutions de test d’alimentation pour répondre à ces spécifications en constante évolution.
Points forts
- Mesures d’affaiblissement au niveau du commutateur
- Mesure et analyse de l’ondulation et du bruit
- Caractérisation de composants à semiconducteurs d’alimentation
- Débogage des circuits actifs de correction de facteur de puissance
Regardez cette vidéo sur le dépannage de la distribution de puissance dans les systèmes intégrés
Lisez cette note sur la mesure et l’analyse des alimentations avec des oscilloscopes de laboratoire
Interférences électromagnétiques (IEM) et compatibilité électromagnétique (CEM)
Lors des tests EMI/EMC, il existe toujours un risque d’échec, ce qui peut causer des problèmes de calendrier et de budget. L’oscilloscope MDO3000 avec analyseur de spectre intégré vous permet d’effectuer des tests de conformité préliminaires dans votre laboratoire, ce qui améliore la probabilité de réussite des tests de conformité des interférences électromagnétiques dès le premier essai.
Regardez ce webinaire sur une approche pratique du diagnostic des interférences électromagnétiques
Bus automobiles – Déclenchement, décodage et analyse CAN/CAN FD
Les exigences techniques des voitures actuelles nécessitent des composants électroniques plus sensibles et sophistiqués que jamais. Avec six instruments en un, l’oscilloscope Tektronix MDO3000 a été conçu pour répondre aux problèmes de test et de vérification de ces technologies sophistiquées. Désormais, il est possible d’utiliser un seul instrument pour les opérations suivantes :
- Débogage et vérification CAN FD, CAN, LIN et FlexRay
- Test haute puissance pour véhicules hybrides ou électriques
- Vérification des systèmes sans fil embarqués des véhicules
- Évaluation des nouveaux composants (capteurs des systèmes microélectromécaniques, pilotes LED, LED)
Regardez cette vidéo sur nos solutions de protocole CAN/CAN FD
Plus d’informations sur nos solutions pour le secteur automobile
| Fiche technique | Package logiciel / Option logicielle | Description | Configuration et devis |
|---|---|---|---|
| Afficher la fiche technique | MDO3EMBD | Application Module; Embedded serial triggering and analysis (I2C, SPI) | Contact Us |
| MDO3BND | Application Module; Bundle module for MDO3000 Series (Includes MDO3AERO,MDO3AUDIO, MDO3AUTO,MDO3COMP,MDO3EMBD,MDO3FLEX,MDO3LMT,MDO3PWR,MDO3USB) | Contact Us | |
| Afficher la fiche technique | MDO3AUTO | Application Module; Automotive serial Triggering, Decoding and Analysis (CAN, CAN FD, LIN) | Contact Us |
| Afficher la fiche technique | MDO3FLEX | Application Module; FlexRay serial triggering and analysis (FlexRay) | Contact Us |
| Afficher la fiche technique | MDO3COMP | Application Module; Computer serial triggering and analysis (RS-232/422/485/UART) | Contact Us |
| Afficher la fiche technique | MDO3LMT | Application Module; Limit/Mask test | Contact Us |
| Afficher la fiche technique | MDO3PWR | Application Module; Power measurement and analysis | Contact Us |
| MDO3SEC | Add password protected security to enable or disable all communication ports and firmware upgrades to any MDO3000 Series oscilloscope | Contact Us | |
| Afficher la fiche technique | MDO3USB | Application Module; USB serial triggering and analysis (LS, FS) | Contact Us |
| Afficher la fiche technique | MDO3AUDIO | Application Module; Audio serial triggering and analysis (I2S, LJ, RJ, TDM) | Contact Us |
| Afficher la fiche technique | MDO3AERO | Application Module; Aerospace serial triggering and analysis (MIL-STD-1553, ARINC429) | Contact Us |
| TSL3000A | Tektronix smart lab solution for EE labs | Contact Us | |
| TekScope Anywhere | An offline waveform analysis tool that unchains your data from your scope and adds additional measurement capability. |
Contact Us |
| Lien vers la fiche technique | Sonde | Description | Configuration et devis |
|---|---|---|---|
| Afficher la fiche technique | A621 | Sonde de courant : 50 kHz, 10 mA à 2000 A, AC, BNC |
Configuration et devis |
| Afficher la fiche technique | A622 | Sonde de courant : 100 kHz, 10 mA à 100 A, AC/DC, BNC |
Configuration et devis |
| Afficher la fiche technique | TCP0020 | Sonde de courant AC/DC, 20 A, BP 50 MHZ, interface TekVPI, certificat d’étalonnage traçable | Configuration et devis |
| TCP0030 | Current Probe: 120 MHz, 1 mA to 42 A, AC/DC, TekVPI | Configuration et devis | |
| Afficher la fiche technique | TCP0030A | Sonde de courant AC/DC, 30 A DC, DC à 120 MHZ, avec interface TekVPI, certificat d’étalonnage traçable |
Configuration et devis |
| Afficher la fiche technique | TCP0150 | Sonde de courant : 20 MHz, 5 mA à 212 A, AC/DC, TekVPI | Configuration et devis |
| Afficher la fiche technique | TCP303 | SONDE, COURANT AC/DC, DC-15 MHZ, 150 A DC, CERTIFICAT D’ÉTALONNAGE TRAÇABLE |
Configuration et devis |
| Afficher la fiche technique | TCP305A | Sonde de courant AC/DC, 50 A DC, DC 50 MHZ, certificat d’étalonnage traçable |
Configuration et devis |
| Afficher la fiche technique | TCP312A | Sonde de courant AC/DC, 30 A DC, DC 100 MHZ, certificat d’étalonnage traçable |
Configuration et devis |
| Afficher la fiche technique | TCP404XL | SONDE, COURANT AC/DC, DC 2 MHZ, 500 A DC, 750 A DC DÉCLASSÉ AVEC RAPPORT CYCLIQUE, CERTIFICAT D’ÉTALONNAGE TRAÇABLE |
Configuration et devis |
| Lien vers la fiche technique | Sonde | Description | Configuration et devis |
|---|---|---|---|
| Afficher la fiche technique | TPP0100 | Sonde passive : 100 MHz, 10 X, BNC |
Configuration et devis |
| Afficher la fiche technique | TPP0200 | Sonde passive : 200 MHz, 10 X, BNC | Configuration et devis |
| Afficher la fiche technique | TPP0250 | Sonde passive : 250 MHz, 10 X, TekVPI |
Configuration et devis |
| Afficher la fiche technique | TPP0500B | Sonde passive : 500 MHz, 10 X, TekVPI |
Configuration et devis |
| Afficher la fiche technique | TPP0502 | Sonde passive : 500 MHz, 2 X, TekVPI |
Configuration et devis |
| Afficher la fiche technique | TPP1000 | Sonde passive : 1 GHz, 10 X, TekVPI |
Configuration et devis |
| Lien vers la fiche technique | Sonde | Description | Configuration et devis |
|---|---|---|---|
| Afficher la fiche technique | TAP1500 | Sonde active : 1,5 GHz, 10 X, asymétrique, TekVPI | Configuration et devis |
| Afficher la fiche technique | TAP2500 | Sonde active : 2,5 GHz, 10 X, asymétrique, TekVPI | Configuration et devis |
| Afficher la fiche technique | TAP3500 | Sonde active : 3,5 GHz, 10 X, simple, TekVPI |
Configuration et devis |
| Lien vers la fiche technique | Sonde | Description | Configuration et devis |
|---|---|---|---|
| Afficher la fiche technique | TPP0850 | Sonde haute tension : 800 MHz, 50 X, 2,5 kV, asymétrique, TekVPI |
Configuration et devis |
| Lien vers la fiche technique | Sonde | Description | Configuration et devis |
|---|---|---|---|
| Afficher la fiche technique | ADA400A | AMPLIFICATEUR DIFFÉRENTIEL, MICROVOLT, DIFFÉRENTIEL - CERTIFICAT D’ÉTALONNAGE TRAÇABLE |
Configuration et devis |
| Afficher la fiche technique | TDP1500 | Sonde différentielle : 1,5 GHz, 1 X/10 X, +/-8,5 V, TekVPI | Configuration et devis |
| Afficher la fiche technique | TDP3500 | Sonde différentielle : 3,5 GHz, 5 X, +/-2 V, TekVPI |
Configuration et devis |
| Lien vers la fiche technique | Sonde | Description | Configuration et devis |
|---|---|---|---|
| Afficher la fiche technique | TDP0500 | Sonde différentielle : 500 MHz, 5 X/50 X, +/-42 V, TekVPI | Configuration et devis |
| Afficher la fiche technique | TDP1000 | Sonde différentielle : 1 GHz, 5 X/50 X, +/-42 V, TekVPI |
Configuration et devis |
| Afficher la fiche technique | THDP0100 | SONDE différentielle : SONDE DIFFÉRENTIELLE HAUTE TENSION 100 MHZ TekVPI | Configuration et devis |
| Afficher la fiche technique | THDP0200 | SONDE différentielle : SONDE DIFFÉRENTIELLE HAUTE TENSION 200 MHZ TEKVPI | Configuration et devis |
| Afficher la fiche technique | TMDP0200 | SONDE différentielle : SONDE DIFFÉRENTIELLE MOYENNE TENSION 200 MHZ, TMPD0200 | Configuration et devis |
| Lien vers la fiche technique | Sonde | Description | Configuration et devis |
|---|---|---|---|
| Afficher la fiche technique | TIVH02 | Sonde différentielle à isolation optique IsoVu, 200 MHz, TekVPI, câble de 3 m, sondes 50X(MMCX50X) et 500X(SQPIN500X) incluses |
Configuration et devis |
| Afficher la fiche technique | TIVH02L | Sonde différentielle à isolation optique IsoVu, 200 MHz, TekVPI, câble de 10 m, sondes 50X(MMCX50X) et 500X(SQPIN500X) incluses | Configuration et devis |
| Afficher la fiche technique | TIVH05 | Sonde différentielle à isolation optique IsoVu, 500 MHz, TekVPI, câble de 3 m, sondes 50X(MMCX50X) et 500X(SQPIN500X) incluses |
Configuration et devis |
| Afficher la fiche technique | TIVH05L | Sonde différentielle à isolation optique IsoVu, 500 MHz, TekVPI, câble de 10 m, sondes 50X(MMCX50X) et 500X(SQPIN500X) incluses |
Configuration et devis |
| Afficher la fiche technique | TIVH08 | Sonde différentielle à isolation optique IsoVu, 800 MHz, TekVPI, câble de 3 m, sondes 50X(MMCX50X) et 500X(SQPIN500X) incluses |
Configuration et devis |
| Afficher la fiche technique | TIVH08L | Sonde différentielle à isolation optique IsoVu, 800 MHz, TekVPI, câble de 10 m, sondes 50X(MMCX50X) et 500X(SQPIN500X) incluses |
Configuration et devis |
| Afficher la fiche technique | TIVM1 | Sonde différentielle à isolation optique IsoVu, 1 GHz, TekVPI, câble de 3 m, sondes 5X(IVTIP5X) et 25X(IVTIP25X) incluses | Configuration et devis |
| Afficher la fiche technique | TIVM1L | Sonde différentielle à isolation optique IsoVu, 1 GHz, TekVPI, câble de 10 m, sondes 5X(IVTIP5X) et 25X(IVTIP25X) incluses | Configuration et devis |
Accessoire
119414600
Fiche technique
Description
Affichage Fiche technique
ENSEMBLE DE SONDES ; ENSEMBLE DE SONDE EN CHAMP PROCHE
Accessoire
119660900
Fiche technique
Description
Affichage Fiche technique
ANTENNE ; PROTECTION CAOUTCHOUC, AVEC CONNECTEUR BNC, KD4 VHF, NON SYNTONISÉE, CAPUCHON CAOUTCHOUC COLLÉ
Accessoire
ACD3000
Fiche technique
Description
Affichage Fiche technique
Étui de transport souple pour les oscilloscopes de la gamme MDO3000
Accessoire
HCTEK4321
Fiche technique
Description
Affichage Fiche technique
Étui de transport rigide
Accessoire
MDO3AFG
Fiche technique
Description
Affichage Fiche technique
Ajout d'un générateur de fonctions arbitraires (1) voie à un oscilloscope de la gamme MDO3000
Accessoire
MDO3MSO
Fiche technique
Description
Affichage Fiche technique
Ajout de (16) voies numériques avec la sonde logique P6316 à un oscilloscope de la gamme MDO3000
Accessoire
MDO3SA
Fiche technique
Description
Affichage Fiche technique
Augmentation à 3 GHz de la fréquence d’entrée de l’analyseur de spectre sur un oscilloscope de la gamme MDO3000
Accessoire
P6316
Fiche technique
Description
Affichage Fiche technique
SONDE MSO ; SONDE D’USAGE GÉNÉRAL 16 VOIES
Accessoire
RMD3000
Fiche technique
Description
Affichage Fiche technique
Kit pour montage en baie
Accessoire
TEK-USB-488
Fiche technique
Description
ADAPTATEUR DE COMMUNICATIONS USB - IEEE488 (GPIB) POUR INSTRUMENTS TEKTRONIX CONFORMES USBTMC-USB488
Accessoire
TPA-BNC
Fiche technique
Description
Adaptateur de sonde TekProbe-BNC vers TekVPI
Accessoire
TPA-N-PRE
Fiche technique
Description
Préamplificateur externe, connecteur TPA, entrée SMA
Accessoire
TPA-N-VPI
Fiche technique
Description
Affichage Fiche technique
Adaptateur de sonde entre connecteur de Type N et TekVPI
| Fiche technique | Accessoire | Description |
|---|---|---|
| 119414600 | ENSEMBLE DE SONDES ; ENSEMBLE DE SONDE EN CHAMP PROCHE | |
| 119660900 | ANTENNE ; PROTECTION CAOUTCHOUC, AVEC CONNECTEUR BNC, KD4 VHF, NON SYNTONISÉE, CAPUCHON CAOUTCHOUC COLLÉ | |
| ACD3000 | Étui de transport souple pour les oscilloscopes de la gamme MDO3000 | |
| HCTEK4321 | Étui de transport rigide | |
| MDO3AFG | Ajout d'un générateur de fonctions arbitraires (1) voie à un oscilloscope de la gamme MDO3000 | |
| MDO3MSO | Ajout de (16) voies numériques avec la sonde logique P6316 à un oscilloscope de la gamme MDO3000 | |
| MDO3SA | Augmentation à 3 GHz de la fréquence d’entrée de l’analyseur de spectre sur un oscilloscope de la gamme MDO3000 | |
| P6316 | SONDE MSO ; SONDE D’USAGE GÉNÉRAL 16 VOIES | |
| RMD3000 | Kit pour montage en baie | |
| Affichage Fiche technique | TEK-USB-488 | ADAPTATEUR DE COMMUNICATIONS USB - IEEE488 (GPIB) POUR INSTRUMENTS TEKTRONIX CONFORMES USBTMC-USB488 |
| Affichage Fiche technique | TPA-BNC | Adaptateur de sonde TekProbe-BNC vers TekVPI |
| Affichage Fiche technique | TPA-N-PRE | Préamplificateur externe, connecteur TPA, entrée SMA |
| TPA-N-VPI | Adaptateur de sonde entre connecteur de Type N et TekVPI |
|
How do I save and load a reference waveform to a DPO/MSO3000 series oscilloscope?
This Video will explain how to setup, save and load a reference waveform. It can be done through a USB flash drive or by internal memory.
This method for using reference waveforms can be applied to all MSO/DPO2000, MSO/DPO3000, MSO/DPO/MDO4000 serie
|
Numéro de la FAQ64641 | 15 Jan 2020 |
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: Can the optional AFG in the MDO3000, MDO4000C and 5 Series MSO be set to sweep?
AFG in MDO3000, MDO4000C, and 5 Series MSO do not have sweep function. But a limited sweep may be created using the arbitrary function.
Example: Create a sweep from 100 KHz to 250 KHz.
ArbExpress (free software on Tek.com) select Equation Editor an
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Numéro de la FAQ474056 | 15 Jan 2020 |
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What are the maximum power draw ratings for the MDO3000 TEKVPI probes?
The MDO3000 has a max power draw of 25 Watts. The download link below provides a PDF listing of wattage draw for different active probes and max limits of Tektronix scopes, this will help determine the connection options available for any scope you h
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Numéro de la FAQ69301 | 15 Jan 2020 |
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How do I utilize the math channel feature on a DPO/MSO/MDO3000 or DPO/MSO/MDO4000 Series oscilloscope?
There are three main functionalities on the Math button on this scope. They range from Dual Waveform Math, FFT (Fast Fourier Transform), and Advance Math. These three functionalities have a range of abilities and are explained in this short YouTube v
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Numéro de la FAQ64656 | 15 Jan 2020 |
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Programing - How to get and plot a waveform from DPO/MSO/MDO4000 Series scope in Python
There are a few things that are needed for programming with an oscilloscope. First it's important to have a copy of your oscilloscopes Programmers manual. This can be found be searching for manuals on Tek.com and specifying Programmers manual in the
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Numéro de la FAQ64796 | 15 Jan 2020 |
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How do I utilize the XY display feature on a DPO/MSO/MDO4000 Series oscilloscope?
The XY display format can be used to measure the phase relationship between two or more synchronous signals. This measurement technique involves inputting one signal into the vertical system as usual and then another signal into the horizontal system
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Numéro de la FAQ64666 | 15 Jan 2020 |
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How do I set up an Ethernet bus decode?
Make sure your setup is prepared to decode, that you have the needed probes, scope options, test boards, etc. Once you have the options it's important to know how to use the options and probe your signal. To setup Ethernet bus decoding, turn on your
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Numéro de la FAQ64731 | 15 Jan 2020 |
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How do I erase and declassify an MSO/DPO2000, MSO/DPO/MDO3000, and MSO/DPO/MDO4000 Series oscilloscope?
This example will show you how to declassify the MDO4000/B/C Series oscilloscope. This procedure also applies to the MSO/DPO4000/B, MSO/DPO/MDO3000, and the MSO/DPO2000/B series of oscilloscope.The first step in the declassification process is TekSec
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Numéro de la FAQ66231 | 15 Jan 2020 |
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How can I change the TekVISA Instrument descriptor “device name” used to identify the oscilloscopes to which I routinely connect?
Open TekVISA V4.0.0+ OpenChoice Instrument Manager by selecting Start -> All Programs -> TekVISA -> OpenChoice Instrument Manager.Select (highlight) the Instrument descriptor listed in the Instruments list for the connected Oscilloscope.Cli
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Numéro de la FAQ66181 | 15 Jan 2020 |
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I recently registered our Tektronix oscilloscope, updated the firmware and am currently trying to activate the free DVM & Frequency Counter. I don’t see any software downloads for activating the DVM. Am I doing something wrong, or looking in the wrong spot?
After you have registered your oscilloscope on Tek.com, you should have received an email with instructions. The email is sent to the address you used to login to tek.com. If you haven't received the email after registration:
Check your spam folde
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Numéro de la FAQ468046 | 15 Jan 2020 |
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How do I connect an SMA male output to Oscilloscopes with TekVPI BNC inputs?
Use a Tektronix part number 015-0572-XX SMA female to BNC male adapter. This adapter will plug onto the BNC on the front of the scope and connect to a SMA cable. For more questions please press the "Contact Us" button on the right of the screen.
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Numéro de la FAQ63516 | 15 Jan 2020 |
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Is the SA (Spectrum Analyzer) in the MDO3000 field upgradable?
Yes, the MDO3SA is field upgradable by customers. Any instrument can upgrade the SA input frequency to 3GHz using this quick process in the field. After inserting the SA app module in the MDO3000 the SA is enabled .The SA app module can be removed fr
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Numéro de la FAQ69321 | 15 Jan 2020 |
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If I upgrade my MDO3000 bandwidth do I receive higher bandwidth probes?
New, higher bandwidth probes are provided if the upgraded scope bandwidth exceeds the original supplied probes bandwidth.For example: If you upgrade a MDO3054 (500 MHz) to the MDO3104 (1GHz), you will also receive 4 TPP1000 (1 GHz probes) with the up
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Numéro de la FAQ69381 | 15 Jan 2020 |
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How do I reduce noise on signals using an oscilloscope?
There are many methods to reduce many types of noise on a signal. Tektronix oscilloscopes can do this through bandwidth limiting the scope input, averaging your signal, changing the sampling method to hi-resolution mode, and more. This video demonstr
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Numéro de la FAQ64706 | 15 Jan 2020 |
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What cart does my scope use?
Below are the Instrument Carts that can be purchased from Tektronix.
K4000 K420 K475 More information can
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Numéro de la FAQ64561 | 15 Jan 2020 |
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How do I know if an AC signal applied to the MDO3000/4000/B RF 50 Ω input is going to exceed the maximum input power rating, and cause clipping, or damage?
MDO3000, MDO4000/B Advanced Math equation will calculate the AC signal's equivalent RF power in dBm, and the automatic High measurement will determine the maximum average power level of the AC signal applied to the 50 Ω analog input channel.
Caution:
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Numéro de la FAQ69366 | 15 Jan 2020 |
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When should I use MagniVu on my oscilloscope?
MagniVu allows you to have higher resolution to accurately determine edge placement on your digital data. It helps you to make precise timing measurements on digital edges. On the MSO/MDO4000/B/C and MSO5000/B Series, you can see up to 32 times more
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Numéro de la FAQ63886 | 15 Jan 2020 |
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What is the maximum bit rate a decoded SPI bus can trigger on?
Different oscilloscopes have different triggering circuitry therefor the limits of what speeds can be achieved vary by scope. Please use the following table to easily look up your scope and determine your max SPI bus trigger level. For more question
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Numéro de la FAQ62256 | 15 Jan 2020 |
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How do I use the spectrum analyzer function on the MDO3000?
Hello and welcome to Tektronix! Today I’m going to demonstrate the spectrum analyzer capability on the MDO3000 mixed domain oscilloscope.
The MDO3000 contains a full-fledged spectrum analyzer with many useful features, including automatic markers, a
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Numéro de la FAQ69281 | 15 Jan 2020 |
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How do I Set Up a LIN serial Bus decode?
For doing Local Interconnect Network (LIN) bus decode Tektronix recommends using a DPO/MSO/MDO series oscilloscope. This feature can be purchased as a module or option key on any of these types of oscilloscopes. Start by turning it on the bus channel
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Numéro de la FAQ64781 | 15 Jan 2020 |
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Can my oscilloscope operate on 400Hz power?
Most scopes have a wide range of operating voltages and frequencies, a full list can be found in the user manual of your specific oscilloscope. If you're having trouble finding your answer or can't find the manual, please call our Technical Support C
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Numéro de la FAQ63266 | 15 Jan 2020 |
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How do I set up a I2C Bus Decode?
The procedure to set up a I2C bus decode and trigger is simple once you understand the basics. First you have to have the correct module or scope option. Second make sure your signal is on screen and taking up as much of the DAC as possible with good
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Numéro de la FAQ64756 | 15 Jan 2020 |
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If someone buys a MDO3000 with option R5 and after one year enables SA and AFG. Does the warranty option R5 apply to SA and AFG or do they have to purchase R5 for SA/AFG separately?
Yes, all extended Service options, including R5, cover the specific MDO3000 instrument for which the option was purchased. Like product warranty, Service options are linked to a specific model and serial number. Product warranty and extended Service
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Numéro de la FAQ69311 | 15 Jan 2020 |
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How do I utilize the measurement features on a DPO/MSO/MDO3000 and DPO/MSO/MDO4000 Series oscilloscope?
The Measurements are the same as the DPO/MSO2000 Series scopes. By going into the measurement menu you can add and remove up to 4 measurements. You can gate the measurements which allows you to only measure the part of the captured waveform that you
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Numéro de la FAQ64651 | 15 Jan 2020 |
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How do I set up a CAN bus decode?
Depending on what scope you have will depend on what options are availiable for decoding your CAN signal. For all the DPO/MSO2000/3000/4000/5000 and MDO3000/4000 Series scopes there are modules or license keys that can be purchased. Once you have one
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Numéro de la FAQ64751 | 15 Jan 2020 |
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Why isn’t the TPP1000 (Tektronix Passive Probe 1GHz) compatible with my scope?
Short answer is that if your scope doesn’t have the notched key that allows the probe to connect, then the TPP probe requires a different termination resistance than what your scope can provide.
Long answer is that traditionally, passive probes (i
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Numéro de la FAQ467701 | 15 Jan 2020 |
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What are some of the benefits of the TekVPI probe interface?
The biggest benefits of the TekVPI™ probe interface are versatility and ease of use.
Oscilloscopes with TekVPI interface support a wide range of probes including TekVPI probes, BNC and TekProbe-BNC Level 1 probes, and TekProbe-BNC Level 2 probes (v
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Numéro de la FAQ56016 | 15 Jan 2020 |
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My Tektronix oscilloscope uses the Linux operating system. Where do I get a copy of the linux open source code as stated in the GNU Lesser General Public License notice?
For our Linux based instruments or programs licensed under the “GNU General Public License (GPL) or Lesser GNU General Public License (LGPL)” the complete corresponding sources are available. You can order a complete machine-readable copy of the sour
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Numéro de la FAQ64866 | 15 Jan 2020 |
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How do I set up a USB bus decode?
First you must have the USB module or option key that enables USB decoding for your scope as well as proper probes. For help finding the right probe use our probe selector tool. When you go into the bus option you must select USB and then make sure y
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Numéro de la FAQ64726 | 15 Jan 2020 |
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How do I run a Signal Path Compensation (SPC) on an DPO/MSO/MDO4000 Series oscilloscope?
Signal Path Compensation (SPC) should be run anytime you are getting DC offsets in your signals, or your scope has moved locations and might have changed temperature, or if it's been more then a month since your last SPC. This is a standard procedure
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Numéro de la FAQ64681 | 15 Jan 2020 |
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What's included in the MDO3000 and MDO4000C DDU option?
The Distribution Demo Unit (DDU) option on Tektronix oscilloscopes is an option provided to distributors for demoing scopes to customers with a set time limit before it expires. Questions arise about what's included in the MDO3000 and MDO4000C Series
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Numéro de la FAQ72196 | 15 Jan 2020 |
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Will the DVM work on the MDO3000 series scope with a probe?
Yes, the DVM works through the analog inputs, therefor you can use standard probes.
If you have more questions please contact one of our Technical Support Centers and an Application Engineer will quickly answer your questions.
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Numéro de la FAQ69331 | 15 Jan 2020 |
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What probes are supported on the RF input of the MDO3000 and MDO4000 series?
The RF input on the MDO3000 and MDO4000 series has an N connector, so the RF input can support cables, antennas, and other adapters typically used with a spectrum analyzer. The RF input is 50 ohms and it is AC coupled. Below is a listing of some
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Numéro de la FAQ64506 | 15 Jan 2020 |
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What is aliasing and how do I detect it and fix it on my oscilloscope?
Aliasing is basically a form of under sampling and what is displayed on the scopes is an indistinguishable waveform. The under sampled waveform is then contstructed to look like a slower frequency waveform or a flat line in the case of the sample rat
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Numéro de la FAQ64691 | 15 Jan 2020 |
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Programing - How do I get a Screen Capture from DPO4000 scope using Python?
There are a few things that are needed for programming with an oscilloscope. First it's important to have a copy of your oscilloscopes Programmers manual. This can be found be searching for manuals on Tek.com and specifying Programmers manual in the
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Numéro de la FAQ64791 | 15 Jan 2020 |
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How do I use the arbitrary function generator on the MDO3000?
Hello and welcome to Tektronix! Today I’m going to demonstrate the function generator capability on the MDO3000 mixed domain oscilloscope.
The MDO3000 contains an integrated arbitrary function generator (or AFG) that can output predefined or user-de
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Numéro de la FAQ69276 | 15 Jan 2020 |
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Is the AFG (Arbitrary Function Generator) in the MDO3000 field upgradable?
Yes, the MDO3AFG is field upgradable by customers. The MDO3AFG is a "single-use" application module. This application module can enable the AFG which is already present in the instrument. After inserting the AFG app module in the MDO3000 the AFG is e
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Numéro de la FAQ69316 | 15 Jan 2020 |
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How Do I Set Up a Parallel Bus Decode?
For doing Parallel Bus decode Tektronix recommends using a MSO or MDO + MSO option Series oscilloscopes. This feature comes standard in the Bus menu and can be used in a variety of ways. Start by turning it on, selecting the channel and setting your
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Numéro de la FAQ64771 | 15 Jan 2020 |
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How do I use the DVM and frequency counter function on the MDO3000?
Hello and welcome to Tektronix! Today I’m going to demonstrate the digital voltmeter and frequency counter functionality of the MDO3000 series mixed domain oscilloscope.
The DVM can use any of the 4 analog scope inputs to feed the signal into a free
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Numéro de la FAQ69286 | 15 Jan 2020 |
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Can existing MSO3000/DPO3000 scopes be upgraded/modified to a MDO3000?
No, there is no conversion path to go from an existing MSO/DPO3000 to a new MDO3000. If you have more questions please contact one of our Technical Support Centers and an Application Engineer will quickly answer your questions.
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Numéro de la FAQ69326 | 15 Jan 2020 |
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Is the MDO3000 DVM the same as making an analog channel waveform measurement?
No, the MDO3000 uses a DVM IC that takes AC+DC RMS, DC and AC RMS measurements from signal on the respective channel inputs.
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Numéro de la FAQ69371 | 15 Jan 2020 |
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Can active probes with TekProbe interface (such as a P6205) be used on the DPO4000B or MSO4000B series scopes?
Yes. A TPA-BNC adaptor is required for people to connect legacy TekProbe interface probes to the new TekVPI interface. The adapter works on any TekVPI scopes inlcuding the MSO/DPO/MDO4000/B/C, MSO/DPO/MDO3000 MSO/DPO2000/B or MSO/DPO5000/B or DPO7000
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Numéro de la FAQ60416 | 15 Jan 2020 |
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My company purchased a Tektronix MDO4104C oscilloscope last year and we purchased three application modules. They are not showing up on our scope anymore and we would like some help getting them back.
Push Utility on the front panel. If needed, push Utility Page on the lower menu and turn multipurpose knob a to select Config. Push Manage Modules and Options on the lower menu, and then push License Type on the side menu until “Modules” is selected
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Numéro de la FAQ468031 | 15 Jan 2020 |
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How do I use the MDO3000 to generate a frequency response curve?
The MDO3000 boasts a 50 MHz noise generator as a feature in the function generator, which can be used in conjunction with the wide-capture-bandwidth spectrum analyzer to produce a frequency response curve for an electronic system or device. The noise
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Numéro de la FAQ69351 | 15 Jan 2020 |
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How can I increase the measurement accuracy using automated measurements vs cursors?
While Cursors are quick and easy at approximating measurements, using the automated measurements can give you a much better and accurate measurement results. Here are some techniques to be successful in making accurate measurements. Always use automa
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Numéro de la FAQ62606 | 15 Jan 2020 |
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Why does the Tkdpo2k3k4k_ReadWaveform() function in the Tkdpo2k3k4k IVI-C driver time out every time I call it when I am connected to the instrument via Ethernet? The function call works fine over USB, but over Ethernet it always times out.
The Tkdpo2k3k4k_ReadWaveform() function makes use of the Service Request Event in VISA so the scope can notify the driver when it has completed its acquisition and the waveform data is ready to be fetched as opposed to the driver polling the scope fo
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Numéro de la FAQ72221 | 15 Jan 2020 |
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Is there a mictor adapter for the P6616 (logic probe for MSO5000B, MSO4000B, and MDO4000C + MDO4MSO) or P6516 (logic probe for the MSO4000 Series) or the P6316 (logic probe for MSO2000, MSO3000, MDO3000 + MDO3MSO Series)?
A mictor adapter is available from our partner Nexus Technologies. Use the mictor adapter NEX-HD2HEADER http://www.nexustechnology.com/products/laAccessories/hd2header/
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Numéro de la FAQ59716 | 15 Jan 2020 |
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Companies such as National Instruments and LeCroy sell USB-to-GPIB adapters. How do their adapters compare to the TEK-USB-488?
The products from National Instruments (GPIB-USB-B or GPIB-USB-HS) and LeCroy (WS-GPIB) are USB host to GPIB device adapter. These would be used for instruments that have a GPIB interface with controllers that have a USB port. The TEK-USB-488 was des
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Numéro de la FAQ56456 | 15 Jan 2020 |
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How do I mount a network drive on my MDO3000 or MDO4000C oscilloscope?
This procedure also applies to the DPO/MSO/MDO4000/4000B series oscilloscopes.
Note: This Mount a network drive will not work with a direct (peer-to-peer) connection. Must go through your local DNS server.
To begin, press the “Menu” button in the S
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Numéro de la FAQ66201 | 15 Jan 2020 |
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Why Should My Signal Fit Within The Screen Of My Tektronix Oscilloscope?
Scaling your signal to fit within the screen will remove signal distortion caused by clipping. Clipping is caused by exceeding the limits of the instrument's input. Tektronix's digital oscilloscopes are designed such that each division is 25 digital
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Numéro de la FAQ60306 | 15 Jan 2020 |
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Why do I see 16 flat lines for the MSO digital logic inputs when the same signals are displayed properly on the analog channels and all channels are setup for valid trigger threshold levels?
A common mistake for some, we first recommend verifing that the front panel MSO digital probe is properly connected by squeezing the probe's side latch buttons to un-plug, remove the probe then re-insert the probe label side up into the front panel r
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Numéro de la FAQ60251 | 15 Jan 2020 |
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How do I use the serial decoder function on the MDO3000?
Hello and welcome to Tektronix, today I’m going to demonstrate the serial decoder capabilities of the MDO3000 series mixed domain oscilloscope.The MDO3000 has the ability to decode bus data into binary, hexadecimal, decimal, or ASCII values depending
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Numéro de la FAQ69296 | 15 Jan 2020 |
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The data sheet for my oscilloscope says that the vertical input sensitivity is 1 mV/div to 10 V/div in 1 MΩ mode. But I turn the Vertical Scale control fully clockwise and I can only get down to 10 mV/div. What am I doing wrong?
You probably aren't doing anything wrong. But you do have a 10X probe attached to that channel, right?
The 1 mV/div specs relate to the oscilloscope inputs. If the signal’s source impedance is relatively low (<< 1 MOhm), the signal’s frequenc
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Numéro de la FAQ58571 | 15 Jan 2020 |
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How do I clear my memory using TekSecure on a MSO/DPO/MDO4000 Series oscilloscope?
This procedure for clearing the memory on oscilloscope can be applied to the DPO/MSO/MDO4000, DPO/MSO3000 and DPO/MSO2000 Series oscilloscope families. By clearing the memory you will lose all saved reference waveforms, saved setups and all other set
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Numéro de la FAQ64686 | 15 Jan 2020 |
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Can the P6316, P6516, or P6616 logic probes be used interchangeably?
The simple answer is no they can't be used interchangeably. The front end of the logic channels are different so different logic probes are needed between the scopes.
For MSO2000/B, MSO3000, and MDO3000 Series oscilloscopes, only the P6316 logic
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Numéro de la FAQ59166 | 15 Jan 2020 |
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How do I use the mixed signal analysis function of the MDO3000?
Hello and welcome to Tektronix! Today I’m going to demonstrate the mixed signal capabilities of the MDO3000 series mixed domain oscilloscope.Much like its MSO predecessor, the MDO3000 boasts a 16-channel logic analyzer in addition to its 4 analog inp
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Numéro de la FAQ69291 | 15 Jan 2020 |
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I cannot see my signal on the Oscilloscope. What can I do?
You have many options to help diagnose this issue, below are a few suggestions to get started. If you find yourself needing more help, please connect with our Technical Support Center. You can get started by pressing the "Contact Us" button on the r
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Numéro de la FAQ63686 | 15 Jan 2020 |
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I could not find any information regarding the increase in bits in resolution for HiRes mode. Is there any information available?
The increase in bits in resolution depends on the decimation ratio. The decimation ratio can be determined as follows:D = MFs / FsMFs is the maximum non-interleaved sampling frequency of the scope. For example: 5 GS/s for the DPO4104B or 2.5 GS/s f
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Numéro de la FAQ55421 | 15 Jan 2020 |
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What probe interface does my oscilloscope have?
Oscilloscope series
Probe interface
CSA7000/CSA7000B
TekConnect
DPO2000
TekVPI
DPO3000
TekVPI
DPO4000/DPO4000B
TekVPI
DPO5000 / DPO5000B
TekVPI
DPO7000
TekVPI
DPO70000/DPO70000B/DPO70000C
TekConnect
DSA70000/D
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Numéro de la FAQ64251 | 15 Jan 2020 |
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Can the MDO3000 capture the time domain and the frequency domain simultaneously?
The MDO3000 is most importantly an oscilloscope, but has a total of 6 different instruments individually built into it. Designed in such a way to minimize the clutter on your bench but give you the power and versatility you need. Unfortunately to be
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Numéro de la FAQ69306 | 15 Jan 2020 |
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How do I Set up a Military Standard 1553 serial bus decode?
For doing Military Standard 1553 bus decode Tektronix recommends using a DPO/MSO/MDO 2000 or higher series oscilloscope. This feature can be purchased as a module or option key on any of these types of oscilloscopes. Start by turning it on the bus ch
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Numéro de la FAQ64776 | 15 Jan 2020 |
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How do I use the Channel Monitor feature on the MDO3000 logic analyzer?
See attached PDF, which has explanations with images.
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Numéro de la FAQ69391 | 15 Jan 2020 |
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How do I set up a RS232 bus decode?
The procedure to set up a RS232 bus decode and trigger is simple once you understand the basics. First you need to have the correct module or scope option. Second make sure your signal is on screen and taking up as much of the screen as possible with
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Numéro de la FAQ64761 | 15 Jan 2020 |
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Is the MDO3000 free video the same as the DPO3VID.
On our past MSO/DPO3000 Series products, we had an extended video analysis module. Well, we have now made all that capability standard on the MDO3000.
And the 500MHz models and below also have a native 75 Ohm input termination – the native impedanc
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Numéro de la FAQ781581 | 15 Jan 2020 |
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I downloaded and Installed OpenChoice Desktop, but it doesn't recognize my scope.
Refer to the Prerequisites.txt file available to download on the same page for OpenChoice desktop. Make sure you have all the prerequisites specified.
Prerequisites
1. PC equipped with Microsoft Windows 7 32 Bit and 64 Bit OS, Windows 8.1 32 Bit
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Numéro de la FAQ474266 | 15 Jan 2020 |
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What is included in the Tektronix Near Field Probe kit (Tek p/n 119-4146-00) and what are they used for?
The Tektronix 119-4146-00 Near Field Probe Set is intended to serve as a versatile aid for diagnostic testing of radiated emissions over a broad range of frequencies from below 100 kHz to above 1GHz. The probe set consist of three (3) magnetic field
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Numéro de la FAQ64501 | 15 Jan 2020 |
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Which probes are compatible with oscilloscopes with the TekVPI probe interface?
There are a couple different types of TekVPI interfaces, one with a notch and one without. The notch was implemented later and was put in place because the front end was designed differently and communicates uniquely with those types of probes. Spe
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Numéro de la FAQ56226 | 15 Jan 2020 |
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Does Tektronix have a 12-bit oscilloscope?
Yes! Tektronix offers many different models of real-time oscilloscopes that provide 12-bit or greater vertical resolution for a variety of applications.
Because many high-vertical-resolution oscilloscopes on the market have technical trade-offs such
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Numéro de la FAQ69266 | 15 Jan 2020 |
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KickStart Instrument Control Software Datasheet
KickStart Software simplifies what you need to know about your instrument so that in just minutes you can take the instrument out of the box and get real data on your device. KickStart Software enables quick test setup and data visualization when us
Numéro du document : 1KW-60965-4 |
Datasheet | 12 Jan 2020 |
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Oscilloscopes multidomaine
Les produits intégrés actuels nécessitent un oscilloscope aussi intégré tel que l'oscilloscope multidomaine MDO3000 (gamme MDO). Il s'agit de l'oscilloscopes multidomaine 6 en 1 le plus perfectionné offrant les fonctionnalités suivantes : analyseur
Numéro du document : 48F-30020-11 |
Datasheet | 29 Dec 2019 |
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TEKVISA Connectivity Software - V4.2.0
TekVISA is the Tektronix implementation of VISA (Virtual Instrument Software Architecture), an industry-standard communication protocol.When installed on a PC, TekVISA provides communication with instruments that are connected to the PC via various c
Numéro de référence : 066093812 |
Software | 27 Dec 2019 |
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KickStart Instrument Control Software Version 2.2.0 (Windows 10, 8, 7 compatible)
"KickStart Software for the PC enables quick test setup and data visualization when using one or more instruments.
Key Features
• Save time by automating data collection of millions of readings.
• Set up a multi-instrument test with the ab
Numéro de référence : KICKSTART-2.2.0 |
Software | 27 Dec 2019 |
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Power Supply Measurement & Analysis with Bench Oscilloscopes
Today’s power supplies are driving to a level of efficiency never seen before, requiring design engineers to perform specialized power measurements that are time-consuming and complex. Learn how using a Tektronix Bench Oscilloscopes provides fast, si
Numéro du document : 3GZ-23612-6 |
Note d’application | 27 Dec 2019 |
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Probing Techniques for Accurate Voltage Measurements on Power Supplies with Oscilloscopes
Making oscilloscope voltage measurements on power supplies is fundamental, but not without challenges. Much is
written on oscilloscopes, but probing techniques are often taken for granted. This application note focuses on probing and covers:
Choos
Numéro du document : 51W-60161-3 |
Note d’application | 27 Dec 2019 |
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How to Use a Mixed Signal Oscilloscope to Test Digital Circuits
Learn how to set up a mixed signal oscilloscope and how use it in several applications including: triggering on pulse width violations, combining analog and digital waveforms to capture crosstalk, troubleshooting setup/hold violations, and checking a
Numéro du document : 3GT-24008-4 |
Note d’application | 27 Dec 2019 |
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Debugging Serial Buses in Embedded System Designs
Learn the basics of the hardware protocols of the most common serial buses, such as I2C, SPI , USB, RS-232/422/485/UART, CAN, CAN FD, LIN, FlexRay, Ethernet, and I2S/LJ/RJ/TDM. Find out how to use the protocol trigger, decode and search capabilities
Numéro du document : 48W-19040-21 |
Note d’application | 27 Dec 2019 |
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How to Minimize Probe Loading with Low Capacitance Probes
Probing a circuit always has some impact on signals. Probe loading changes the signal being probed and can cause measurement problems or can even cause a circuit to perform differently. Reducing capacitive loading can help minimize these effects. In
Numéro du document : 51W-26294-6 |
Note d’application | 27 Dec 2019 |
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Wave Inspector® Navigation and Search: Simplifying Waveform Analysis
Modern digital oscilloscopes can capture massive amounts of data which must then be analyzed. Discover how the Tektronix Wave Inspector® navigation and search capability gives you the tools to extract the answers you need fast and efficiently.
Numéro du document : 48T-19039-9 |
Note d’application | 27 Dec 2019 |
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10 Factors in Choosing a Basic Oscilloscope.
This guide will give you a quick overview of the key factors that determine the suitability of a basic oscilloscope for the job at hand. Learn the XYZ's of Oscilloscopes »
Numéro du document : 3GW_60848_1 |
Brochure | 27 Dec 2019 |
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MDO3000 Series
Oscilloscopes
User Manual
Numéro de référence : 077096801 |
Manual | 26 Dec 2019 |
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MDO3000 Series
Oscilloscopes User Manual
Numéro de référence : 077096800 |
Manual | 26 Dec 2019 |
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MDO3000 Series
Oscilloscopes
User Manual
Numéro de référence : 077096802 |
Manual | 26 Dec 2019 |
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SOLUTIONS FOR SCIENTIFIC AND ENGINEERING RESEARCH
Numéro du document : 55W_30503_2 |
Brochure | 26 Dec 2019 |
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Tektronix Probe Selection Guide
Tektronix probes ensure the highest signal fidelity possible from your device-under-test to your oscilloscope. With over 100 probe choices available, all perfectly matched to our industry-leading oscilloscopes, you can find the probe you need for yo
Numéro du document : 60W_14232_10 |
Guide de sélection de produit | 26 Dec 2019 |
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Power Supply Measurement and Analysis Primer
A power supply is a component, subsystem, or system that converts electrical power from one form to another; commonly from alternating current (AC) utility power to direct current (DC) power. The proper operation of electronic devices ranging from pe
Numéro du document : 55T-18412-6 |
Guide de présentation | 26 Dec 2019 |
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Making Accurate Current Measurements on Power Supplies with Oscilloscopes
Accurately measuring current with oscilloscopes is essential for power supply design and general electronics. Learn how to measure current using shunt resistors and voltage probes, and how to use clamp-on current probes with your oscilloscope. Get ti
Numéro du document : 51W-60171-2 |
Note d’application | 26 Dec 2019 |
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Measurement Data Logging with TekBench Oscilloscope Control Software
This application note describes how to use TekBench™ Software and a Tektronix oscilloscope to perform measurement data logging for evaluating a design’s reliability in a room temperature environment, such as a project laboratory.
Numéro du document : 61W-61442-0 |
Note d’application | 26 Dec 2019 |
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Automotive Solutions Brochure
The pace of change in automotive electronics has never been faster, resulting in safer, more efficient, and more connected vehicles. Technologies such as high-speed data communications, wireless communications, radar, and power supplies underpin thes
Numéro du document : 45W-60646_1 |
Brochure | 26 Dec 2019 |
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Testing a New Switch Mode Power Supply Design Poster
Get a quick overview of the key measurements for verifying a new switch mode power supply (SMPS) design. This poster shows key measurements, from verifying your prototype during initial startup, to optimizing switching loss and magnetic losses, to v
Numéro du document : 46W-60156-0 |
Affiche | 26 Dec 2019 |
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3 Series MDO vs. MDO3000 Series
This fact sheet compares important specifications and features of the Tektronix 3 Series MDO Mixed Domain Oscilloscope to those of the Tektronix MDO3000 Series Oscilloscopes.
Numéro du document : 48W-61605-0 |
Fiche d’informations | 26 Dec 2019 |
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Oscilloscope Selection Guide
From basic signal-checking to high-performance analysis, this selection guide gives an overview of the complete range of oscilloscopes from Tektronix. Comparison tables give high-level specifications and features, and indicate the major differences
Numéro du document : 46W-31080-7 |
Guide de sélection | 26 Dec 2019 |
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Serial Support Using Tektronix Oscilloscopes and Optional Software
Tektronix oscilloscopes offer a portfolio of optional analysis capabilities to simplify serial bus debug or compliance verification. This selection matrix shows which serial standards are supported by each of the oscilloscope series.
Numéro du document : 55W-29028-13 |
Guide de sélection | 26 Dec 2019 |
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XYZs of Oscilloscopes Primer
After reading this primer, you will be able to:
Describe how oscilloscopes work
Describe the differences between analog, digital storage, digital phosphor, and digital sampling oscilloscopes
Describe electrical waveform types
Understand basic os
Numéro du document : 03Z-8605-7 |
Guide de présentation | 26 Dec 2019 |
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MDO4000C, MDO4000B, MDO4000, MSO4000B, DPO4000B, and MDO3000 Series
Digital Oscilloscopes
Numéro de référence : 077051009 |
Manual | 26 Nov 2019 |
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MDO3000 Series
Oscilloscopes
User Manual
Numéro de référence : 071324901 |
Manual | 26 Nov 2019 |
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MDO4000C, MDO4000B, MDO4000, MSO4000B, DPO4000B, and MDO3000 Series
Digital Oscilloscopes
Numéro de référence : 077051007 |
Manual | 26 Nov 2019 |
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MDO3000
Mixed-Domain Oscilloscopes
Numéro de référence : 077098100 |
Manual | 26 Nov 2019 |
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MDO3000 Series
Oscilloscopes
Numéro de référence : 077097900 |
Manual | 26 Nov 2019 |
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MDO3000 Series
Oscilloscopes
User Manual
Numéro de référence : 071324902 |
Manual | 26 Nov 2019 |
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MDO3000 Series
Oscilloscopes
User Manual
Numéro de référence : 071324900 |
Manual | 26 Nov 2019 |
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MDO3000 Series
Oscilloscopes Application Module
Installation Manual
Numéro de référence : 071325000 |
Manual | 26 Nov 2019 |
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MDO3000 Series Oscilloscope
Declassification and Security
Instructions
Numéro de référence : 077098000 |
Manual | 26 Nov 2019 |
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Read This First
Update Your MDO3000 with the Latest Firmware
Numéro de référence : 061440200 |
Manual | 26 Nov 2019 |
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MDO3000 Series Configuration Fact Sheet
Step by step guide to configure your MDO3000 for your application, in a handy two-page format.
Numéro du document : 48W-30033-1 |
Fiche d’informations | 26 Nov 2019 |
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MDO3000 Spectrum Analyzer vs. Oscilloscope FFT Comparison Fact Sheet
Mixed Domain Oscilloscopes have built-in spectrum analyzers with a dedicated RF input for significantly higher dynamic range than an oscilloscope with FFT. This fact sheet compares the performance of the MDO3000’s built-in spectrum analyzer to common
Numéro du document : 48W-30079-2 |
Fiche d’informations | 26 Nov 2019 |
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MDO3000 Series Product Selection and Comparison Guide
This guide helps with the selection and comparison process as you research the MDO3000. It explains key specifications for oscilloscopes, spectrum analyzers and arbitrary/function generators. It also provides a comparison template.
Numéro du document : 48W-30076-0 |
Guide de sélection | 26 Nov 2019 |
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MDO Signal Path Teardown Poster
MDO4000 and MDO3000 Mixed Domain Oscilloscopes deliver uncompromised oscilloscope performance combined with spectrum analyzer performance on par with standalone spectrum analyzers. But how do they do it? The answer lies in Tektronix’ custom ASICs, a
Numéro du document : 48W-60186-2 |
Affiche | 26 Nov 2019 |
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MDO3000 Series vs. Agilent MSO/DSO3000 X-Series
This 2-page fact sheet compares the features and key specifications of the Tektronix MDO3000 Series oscilloscopes to the Agilent 3000 X-Series.
Numéro du document : 48W-30078-2 |
Compétitif | 26 Nov 2019 |
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MDO3000 Series vs. Agilent N9320B Spectrum Analyzer
Side-by-side comparison on key specifications, automated markers, plus highlights of the key features of the MDO3000:Capture bandwidthSpectogram displayIntegration with scope, logic, and protocol analysis
Numéro du document : 48W-30244-0 |
Compétitif | 26 Nov 2019 |
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MDO4000C and MDO3000 Series Comparison Fact Sheet
This fact sheet compares features and specifications of MDO4000C and MDO3000 Series mixed domain oscillscopes.
Numéro du document : 48W-30086-2 |
Guide de sélection | 26 Nov 2019 |
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MDO3000 Oscilloscope Upgrade Fact Sheet
The MDO3000 Series Mixed Domain Oscilloscope lets you add capabilities as your needs change. This fact sheet gives a quick overview of the upgrades available for the MDO3000.
Numéro du document : 48W-30148-1 |
Fiche d’informations | 26 Nov 2019 |
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MDO3000 Series vs. Keysight X3000T Series Oscilloscopes
This 2-page fact sheet compares the features and specifications of Tektronix MDO3000 Series Mixed Domain Oscilloscopes to Keysight X3000T Series oscilloscopes.
Numéro du document : 3GA-60137-0 |
Compétitif | 26 Nov 2019 |
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Accurate Measurements Matter
The MDO3000 Series scope is designed to make the most accurate measurements in the industry. While many other instruments only offer low-resolution display data, the MDO3000 takes measurements on actual acquisition data, providing an unrivaled view i
Numéro du document : 48W-60968-2 |
Fiche d’informations | 26 Nov 2019 |
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Automated Frequency Response Measurement with AFG31000, MDO3000, and TekBench™ Instrument Control Software
This application note describes how to use TekBench™ Software and a Tektronix AFG31000 series arbitrary function generator and an MDO3000 oscilloscope to perform the automated frequency response measurement effortlessly within just a few steps.
Numéro du document : 48W-61517-0 |
Note d’application | 26 Nov 2019 |
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Identifying Setup and Hold Violations with a Mixed Signal Oscilloscope
Problems with setup and hold timing are among the most challenging to identify. Mixed signal oscilloscopes (MSOs) are able to capture both analog and digital representations of signals, making them well-suited for identifying digital timing problems
Numéro du document : 55W-61095-0 |
Note d’application | 26 Nov 2019 |
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Introduction to Video Measurements
In this application note, we demonstrate using a MSO/DPO5000, MDO/MSO/DPO4000 and MDO/MSO/DPO3000 Series Oscilloscope to make a variety of video measurements that are common in standard and high definition systems.
Numéro du document : 3GW-20975-2 |
Note d’application | 26 Nov 2019 |
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Everyday Design & Debug with the MDO3000 Mixed Domain Oscilloscope
Save hours verifying and debugging your designs using a scope developed to make your job simpler and faster. Work from DC to RF, with analog and digital signals, and serial and parallel buses.
Numéro du document : 48W-30067-0 |
Présentation d’application | 26 Nov 2019 |
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ARBEXPRESS WAVEFORM CREATION AND EDITING SW, V3.1
ArbExpress is a waveform creation and editing tool for Tektronix AWG and AFG instruments. It provides an easy to use and efficient way to create and edit waveforms, transfer waveforms to and from Arbitrary Waveform Generators (AWG), and Arbitrary/Fun
Numéro de référence : 066146103 |
Software | 12 Nov 2019 |
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TEKVISA CONNECTIVITY SOFTWARE - V4.1.1
TekVISA is the Tektronix implementation of VISA (Virtual Instrument Software Architecture), an industry-standard communication protocol.When installed on a PC, TekVISA provides communication with instruments that are connected to the PC via various c
Numéro de référence : 066093811 |
Software | 12 Nov 2019 |
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MDO3000 FIRMWARE - V1.26
This Firmware is an upgrade for all MDO3000 Series oscilloscopes.
Numéro de référence : 066158609 |
Software | 12 Nov 2019 |
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MDO3000 FIRMWARE, V1.14
This firmware is an upgrade for all MDO3000 Series oscilloscopes.
Numéro de référence : 066158604 |
Software | 12 Nov 2019 |
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MDO3000 FIRMWARE, V1.18
This firmware is an upgrade for all MDO3000 Series oscilloscopes.
Numéro de référence : 066158605 |
Software | 12 Nov 2019 |
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MDO3000 FIRMWARE, V1.20
This Firmware is an upgrade for all MDO3000 Series oscilloscopes.
Numéro de référence : 066158606 |
Software | 12 Nov 2019 |
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MDO3000 FIRMWARE, V1.12
This firmware is an upgrade for all MDO3000 Series oscilloscopes.
Numéro de référence : 066158603 |
Software | 12 Nov 2019 |
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MDO3000 FIRMWARE - V1.24
This Firmware is an upgrade for all MDO3000 Series oscilloscopes.
Numéro de référence : 066158608 |
Software | 12 Nov 2019 |
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MDO3K FIRMWARE RELEASE - v1.30
MDO3000 firmware update
Numéro de référence : 066158611 |
Software | 12 Nov 2019 |
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KickStart Instrument Control Software Version 2.1.0 (Windows 10, 8, 7 compatible)
"KickStart Software for the PC enables quick test setup and data visualization when using one or more instruments.
Key Features
• Save time by automating data collection of millions of readings.
• Set up a multi-instrument test with the ab
Numéro de référence : KICKSTART-2.1.0 |
Software | 12 Nov 2019 |
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Tektronix Openchoice Desktop Application TDSPCS1 - v2.6
The Tektronix OpenChoice Desktop free application lets you capture oscilloscope screen images, waveform data, and settings from a Microsoft Windows computer. After installing the software, refer to the section “Connecting to a PC” in your instrument’
Numéro de référence : 066093914 |
Software | 12 Nov 2019 |
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Tektronix Toolbars for Microsoft Office 32 bit - V4.0.4
Tektronix Toolbars for Microsoft Office v4.0.4 provide toolbars (add-ins) for the 32 bit versions of Microsoft Excel and Microsoft Word. This version of Toolbars requires OpenChoice TekVISA v4.0.4 (Part Number 066093809) to be preinstalled on the PC
Numéro de référence : 066133202 |
Software | 12 Nov 2019 |
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TEKVISA CONNECTIVITY SOFTWARE, V4.0.4
TekVISA is the Tektronix implementation of VISA (Virtual Instrument Software Architecture), an industry-standard communication protocol.
When installed on a PC, TekVISA provides communication with instruments that are connected to the PC via various
Numéro de référence : 066093809 |
Software | 12 Nov 2019 |
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DPO2000, MSO2000, DPO3000 and DPO4000, MSO3000 and MSO4000, MDO3000 and MDO4000 and MDO3 IVI Driver - V1.5
The Tektronix MSO/DPO2000, MDO/MSO/DPO3000, MDO/MSO/DPO4000 and MDO3 IVI Driver is an IVI class-compliant driver. It complies with Scope Class specifications (IVI-4.1) as defined by the IVI foundation. An IVI class-compliant specific driver for an os
Numéro de référence : 066133104 |
Software | 12 Nov 2019 |
|
KickStart Instrument Control Software Version 2.1.1 (Windows 10, 8, 7 compatible)
"KickStart Software for the PC enables quick test setup and data visualization when using one or more instruments.
Key Features
• Save time by automating data collection of millions of readings.
• Set up a multi-instrument test with the ab
Numéro de référence : KICKSTART-2.1.1 |
Software | 12 Nov 2019 |
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Tektronix MDO3000 Series Oscilloscope
This demonstration guide takes you through a series of step-by-step demonstrations on how the MDO3000 Series oscilloscope helps simplify the debug of mixed signal designs with its powerful functionality and integrated test instruments. This oscill
Numéro du document : 48W-29903-0 |
Manuel d’instructions | 12 Nov 2019 |
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Replicating Real World Signals with an Arbitrary/Function Generator
Learn how to simulate sensor and bus signals on an arbitrary waveform generator. Find out how to capture signals using an oscilloscope, edit them using PC software, and play them back on an arbitrary/function generator.
Numéro du document : 76W-18661-2 |
Note d’application | 12 Nov 2019 |