AVB series

AVB series is a kind of 8 pin,mini-DIP,dual output and TTL active.

What comes next is about the DC electrical characteristics.The minimum V_OH (high level output voltage) is 2.7 V at V_CC=MIN,V_IL=MAX,I_OH=MAX.The maximum V_OL (output low voltage) is 0.5 V at V_CC=MIN,V_IH=MIN,I_OL=MAX.The maximum V_IK (input clamp voltage) is -1.2 V at V_CC=MIN,II=-18 mA.The maximum I_IH (high level input current) is 50 A at V_CC=MAX,V_IN=2.7 V and is 1.0mA at V_CC=MAX,V_IN=5.25 V.The minimum I_IL (low level input current) is -2 mA at V_CC=MAX,V_IN=0.5 V.The minimum I_OS (short circuit output current) is -40 mA and the maximum is -100 mA at V_CC=MAX,V_OUT=0 (one output at a time).The maximum I_CCH (high level supply current) is 90 mA at V_CC=MAX,V_IN=OPEN and the maximum I_CCL (low level supply current) is 90 mA at V_CC=MAX,V_IN=0.The N_H (fanout high level output) is 20 TTL LOAD at V_CC=MAX,V_OH=2.7 V and the N_L (fanout low level output) is 10 TTL LOAD at V_CC=MAX,V_OL=0.5 V.

The following is about the recommended operating conditions.The minimum V_CC (supply voltage) is 4.75 V and the maximum is 5.25 V.The minimum V_IH (high level input voltage) is 2.0 V.The maximum V_IL (low level input voltage) is 0.8 V.The maximum I_OH (high level output current) is -1.0 mA and the maximum I_OL (low level output current) is 20 mA.The minimum PW (pulse width % of total delay) is 40%.The T_A (operating free-air temperature) is from 0 to +70.

The last one is about the input pulse test condition @ 25.The V_IN (pulse input voltage) is 3.2 V.The PW (pulse width % of total delay) is 110%.The T_RI (pulse rise time (0.75 to 2.4 V)) is 2 nS.The P_RR (pulse repetition rate) is 1.0 MHz.The V_CC (supply voltage) is 5.0 V.