PRODUCT
TTL/I2C/SPI Expansion Kit
(For LE-3500XR/LE-2500XR/
LE-3500R/LE-2500R)
(For LE-3500XR/LE-2500XR/
LE-3500R/LE-2500R)
OP-SB5GL
Specification
Applicable Analyzer | LE-3500XR/LE-2500XR/LE-3500R/LE-2500R/LE-1500R/LE-3500/LE-2500/LE-1500 |
---|---|
Interface | RS-232C, TTL / CMOS (for I2C and SPI*1) |
Probe Signal | SD (SDA/SDO) , RD (SDI) , RS (SS) , CS , EX IN , SD CLK (SCL/SCK) , RD CLK , Trigger IN , Trigger OUT (Length of lead:170mm) |
Protocol | ASYNC, ASYNC-PPP, SYNC(BSC), HDLC(SDLC), BURST, I2C, SPI*1 |
Test function | Monitor / Simulation / BERT*2 |
Communication speed | Depends on the specification of each analyzer. I2C on simulation: 50K, 100K, 200K, 384K, 417K, 1Mbps |
Signal level | Selectable from 5.0V/3.3V/2.5V/1.8V of power supply system |
Input Impedance | 100KΩ( 0V ≤ Vin ≤ 5V) ( Acceptable input range: -1V to +7V) |
Input Level Threshold | Setting of 5.0V High: Min 3.5V Low: Max 1.5V Setting of 3.3V High: Min 2.0V Low: Max 0.8V Setting of 2.5V High: Min 1.7V Low: Max 0.7V Setting of 1.8V High: Min 1.2V Low: Max 0.6V |
Output circuit | The followings are selectable*3: OC(Open collector)with the pull-up resistor of 680Ω, OC(Open collector)without pull-up resistor, Push-pull output of CMOS |
Output Level Voltage | High level: Min Selectable signal level - 0.4V Low level: Max 0.5V*4 |
Size and Weight | Probe Pod body size: 78(W) × 92(D) × 22(H) mm, Relay cable length: 800mm Weight: about 100g |
Power | Supplied from the analyzer's body |
Tenperature | Operation:0 to 40°C Storage:-10 to 50°C |
Accessories | Dedicated expansion board, relay cable, high-speed TTL probe pod, probe unit |
*1: SPI communication is not supported by LE-2500 and LE-1500. I2C communication is not supported by LE-1500.
*2: In BURST (Mode for capturing data at all clock SYNC), only the monitor mode is supported.
I2C and SPI do not have the BERT function.
I2C and SPI do not have the BERT function.
*3: Set from the analyzer. CMOS outputting is recommended on simulation of which speed is more than 2Mbps.
*4: When the current is 4mA.