9e102 Datasheet May 2026

| Substitute Part | Delay (ns) | Package | Notes | |----------------|------------|---------|-------| | DS1000-100 | 100 | DIP-14 | Maxim, 5-tap, slightly faster | | DS1100-100 | 100 | DIP-8 | Maxim, single output | | LTC6994-1 | Programmable | SOT-23 | Modern programmable delay, requires configuration | | MC10102 | 100 | DIP-16 | Motorola ECL, requires negative supply | | 9E104 | 104 | DIP-8 | Closer match, if available |

It is obsolete but often available from surplus electronic suppliers (eBOM, Octopart, eBay) or authorized distributors specializing in legacy parts (Rochester Electronics). 9e102 datasheet

Always verify pin compatibility, voltage levels, and timing tolerances before substituting. Q1: Is the 9E102 a standard logic gate? No. It is a delay line —a specialized IC that propagates a logic signal with a fixed time shift. It does not perform Boolean logic. | Substitute Part | Delay (ns) | Package

Not recommended. The 9E102 is designed for 5V TTL. At 3.3V, delays increase unpredictably, and outputs may not reach valid logic levels. Use a level shifter or choose a modern 3.3V delay line (e.g., 74LVC1GXX series). Not recommended

Yes. Connect the output of the first to the input of the second. Ensure total delay does not exceed your signal’s period. Conclusion: Mastering the 9E102 Datasheet The 9e102 datasheet is more than a list of numbers—it is the key to reliable timing in digital systems. Whether you are repairing vintage computing equipment, teaching digital logic concepts, or designing a custom timing module, understanding the 9E102’s pinout, electrical characteristics, and application limits ensures success.

Typically: Series 9E , delay value 102 (ns). Some manufacturers embed date codes or temperature ranges in the marking—check the full label.