Specifications
| Attribute | Value |
| Supplier | Microchip Technology |
| Package / Case | Tube |
| Series | 16V8 |
| Part Status | Obsolete |
| Programmable Type | EE PLD |
| Number of Macrocells | 8 |
| Voltage - Input | 5V |
| Speed | 15 ns |
| Mounting Type | Through Hole |
Overview
Description
ATF16V8B-15PC is a CPLD (Complex Programmable Logic Device) from Atmel (now Microchip) in the ATF16V8B family. It provides 16 macrocells that can be wired together to implement small digital designs, including combinational logic, simple state machines, decoders, and other glue-logic functions. The device is designed for 5V operation and offers programmable I/O and interconnect resources suitable for compact, low-cost logic in embedded systems or hobby projects. The “-15” speed grade indicates roughly a 15 ns timing characteristic (faster or slower variants exist in the family). The “PC” suffix denotes the package type; exact pinout and package details are specified in the datasheet. As an older CPLD device, it is largely superseded by newer Microchip/Atmel CPLDs and small FPGAs, but it remains of interest for legacy designs or simple, small-footprint logic tasks. For precise specifications (I/O count, pinout, voltage, and programming method), consult the ATF16V8B-15PC datasheet and application notes.
Equivalent
Equivalents (16V8 EPLDs):
- Lattice GAL16V8D-15LP (and other GAL16V8-15LP variants)
- AMD PALCE16V8-15PC (PALCE16V8 family)
Note: check exact package (PC vs LP) and speed grade, and verify pinout against your design.
- Lattice GAL16V8D-15LP (and other GAL16V8-15LP variants)
- AMD PALCE16V8-15PC (PALCE16V8 family)
Note: check exact package (PC vs LP) and speed grade, and verify pinout against your design.
Features
Key features of ATF16V8B-15PC:
- Flash/EEPROM-based, nonvolatile PLD (reprogrammable without external PROM)
- 16 macrocells for flexible logic implementation
- In-system / in-circuit programming supported
- Speed grade: -15 (high-speed device)
- Plastic DIP package (PC) for easy prototyping and hand-soldering
- Typically 5V operation with CMOS/TTL-compatible I/O
- Suitable for glue logic, small controllers, and simple FPGA-like tasks
- Compact, low-power PLD suitable for cost-sensitive designs
- Flash/EEPROM-based, nonvolatile PLD (reprogrammable without external PROM)
- 16 macrocells for flexible logic implementation
- In-system / in-circuit programming supported
- Speed grade: -15 (high-speed device)
- Plastic DIP package (PC) for easy prototyping and hand-soldering
- Typically 5V operation with CMOS/TTL-compatible I/O
- Suitable for glue logic, small controllers, and simple FPGA-like tasks
- Compact, low-power PLD suitable for cost-sensitive designs
Pinout
- Pin count: 24 pins (DIP24/PLCC24 family, PC package variant)
- Function: ATF16V8B-15PC is a 16-macrocell CPLD/PLD (programmable logic device) used to implement user-defined combinational and sequential logic with programmable I/O.
- Function: ATF16V8B-15PC is a 16-macrocell CPLD/PLD (programmable logic device) used to implement user-defined combinational and sequential logic with programmable I/O.
Manufacturer
- Manufacturer: Atmel Corporation (now part of Microchip Technology)
- What kind of company: A semiconductor company that designs and manufactures integrated circuits (e.g., microcontrollers, memory, CPLDs).
- What kind of company: A semiconductor company that designs and manufactures integrated circuits (e.g., microcontrollers, memory, CPLDs).
Application
ATF16V8B-15PC is a PAL (programmable logic) device (16 inputs, 8 outputs). Common application areas:
- Glue logic and microprocessor interfacing (control signals, gating)
- Address decoding and chip-select generation for memory/peripherals
- Simple state machines and control sequencing
- Timing/clock gating and pulse generation
- Pattern detection and input conditioning
- Small ROM/lookup-table implementations (logic truth tables)
It's used to implement compact, low-cost combinational and small-state-machine logic in digital designs.
- Glue logic and microprocessor interfacing (control signals, gating)
- Address decoding and chip-select generation for memory/peripherals
- Simple state machines and control sequencing
- Timing/clock gating and pulse generation
- Pattern detection and input conditioning
- Small ROM/lookup-table implementations (logic truth tables)
It's used to implement compact, low-cost combinational and small-state-machine logic in digital designs.
Package
Plastic DIP (PDIP) package, 28-pin.
