One-wide female edge connector V U T S R P N M L K J H F E D C B A 1 2 2 1 >Name >Name >Part GND >Part >Part VCC GND >Part >Value >Value >Part >Part >Value >Part C1 >Value >Part >Value >Part >Value +3V +5V >Part >Part >Value >Part >Value C1 >Part >Value D2 >Part >Value .05us .15us .25us .35us .45us .0us .1us .2us .3us .4us .5us >Value >Part Pot. Ext. Com. Cap. Cap. Cap. Cap. Cap. Cap. Int. Int. Int. Int. Trig.^ >Part >Value Two-sided Posibus cable/connector. 6 Dual Bus Drivers <qt><b>Bus Data Interface</b> <p> The M101 contains 15 two-input NAND gates. One input of each gate is tied to a common line so that all data signals can be enabled simultaneously. <p>Each data signal presents one TTL load. The common input presents 15 loads. <p> Each output can drive 10 loads.<p> Power: 5V@82ma (max.) </qt> 6 4-input NAND Buffers Simple 36 pin connector/wire cable <qt><b>Bus Data Interface</b> <p> The M101 contains 15 two-input NAND gates. One input of each gate is tied to a common line so that all data signals can be enabled simultaneously. <p>Each data signal presents one TTL load. The common input presents 15 loads. <p> Each output can drive 10 loads.<p> Power: 5V@82ma (max.) </qt> 10 2-input NAND Gates Tapped Delay Line 15 Clamped Loads Dual one-shot Date: >LAST_DATE_TIME Sheet: >SHEET REV: TITLE: Document Number: >DRAWING_NAME <b>FRAME</b><p> DIN A3, landscape with extra doc field >VALUE >VALUE <b>SUPPLY SYMBOL</b> <b>SUPPLY SYMBOL</b> Posibus Connectors Posibus Connectors MD03L MD04L MD05L MD06L MD07L MD08L INITIALIZE OTP3 TP3 is a 50ns pulse at the end of TS3. STROBE is generated 400ns after any BIOPn. TP4 is a 50ns pulse at the start of TS1. BUGBUG: STROBE timing seems like it might not meet setup requirements. 50ns 50ns Pause remains set from the end of TS3 (TP3) of an IOT until TP4. (We can't detect IOT until BIOPn, so set PAUSE then.) Install D31 and D32 or C1, C2, and C3 (BIOPn also set PAUSE FF.)