TTS9011 - 12 CH digital input/output board
Features:
- All relevant test components are integrated into one device:
CAN FD / CAN / Car Ethernet / FlexRay / LIN Communication Boards
Digital Input/Output Boards
Analog Input/Output Boards
Relays, fault injection boards, etc.
Resistors for analog sensors - Minimal wiring effort for test setups
- Voltage range for automotive applications
- Seamless integration into TSMaster
Typical applications.
- Dedicated test systems for individual ECUs
- Universal Function Tester for ECUs and Subsystems
- Flexible test hardware for developer workstations
- Desktop-level network automation test system
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其他信息
channel number | 12 channels (input/output shared) |
---|---|
Operating Voltage / Static Power Consumption | 12V / 2W |
Operating temperature | -20°C ~ +70°C |
Operating humidity | 10% ~ 90% (no condensation) |
communications control | CAN 1 Mbit/s |
Installation | TTS Chassis Rails |
Size Information | 100 mm x 420 mm |
indicator light | 12V Power Indicator, Channel Operating Indicator x 12 |
Number of input channels | 12 channels |
Input Voltage Range | 0 ~ 60V ; input threshold voltage threshold ; 0 ~ 60V (globally adjustable) |
Input Impedance | ≥ 200KΩ |
Input Signal Type | Level / PWM |
PWM Measurement | Frequency : 0.03Hz ~ 250KHz; Duty Cycle : 0% ~ 100% |
accurate | 100kHz ~ 200kHz, relative error ≤ ±5%; 0.03Hz ~ 100kHz, relative error ≤ ± 2.5% |
level measurement | Determined by input threshold voltage thresholds |
Number of output channels | 12 channels (inputs and outputs shared) |
Output Voltage Range | 0 ~ 60V (external power supply, adjustable) |
Output Current Range | 0mA ~ 1 A |
PWM Output | Frequency range: 0.03Hz ~ 200kHz; Duty cycle range: 0% ~ 100% |
Push-pull output accuracy requirements | 100kHz ~ 200kHz, relative error ≤ ± 2%; 0.03Hz ~ 100kHz, relative error ≤ ± 1% |
High and low level outputs | The high level voltage can be changed by adjusting the external reference voltage |
output form | Push / Pull / Push + Pull (controllable) |
*Note | The PWM output rising edge and falling edge time is 680ns. |