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GAL22LV10C-10LJN is listed in the Programmable Logic Device Pld range at ChipApex. The manufacturer field lists Lattice Semiconductor Corporation. Its product description is IC PLD 10MC 10NS 28PLCC. Review the specifications below when checking this part for your BOM.
The GAL22LV10C-10LJN is a Simple Programmable Logic Device (SPLD) from the Lattice GAL®22V10 family, manufactured by Lattice Semiconductor Corporation. It features an E2CMOS technology with 10 macrocells and supports up to 22 input/output pins. The device operates at a maximum propagation delay of 10 ns and a maximum frequency of 125 MHz. It functions within a supply voltage range of 4.75 V to 5.25 V and consumes a typical operating current of 80 mA. The component is housed in a 28-pin PLCC package and is rated for industrial temperature ranges.
Verify RoHS compliance status as older revisions may not meet current environmental standards. Confirm package integrity upon receipt, as PLCC packages are susceptible to pin bending during handling. Check for obsolescence notices or PCNs regarding manufacturing changes. Ensure programming equipment supports the specific voltage requirements for E2CMOS devices.
Select this model when a 10-macrocell SPLD with 10 ns speed is required. Compare against GAL22V10 variants if higher voltage tolerance or different packaging is needed. Consider GAL16V8 variants for simpler logic needs with fewer I/Os. Verify that the 5V supply rail matches the system design constraints.
This part belongs to the GAL22V10 series, a legacy line of Generic Array Logic devices. It serves as a drop-in replacement for older PAL/GAL components in existing designs. The 'C' suffix typically denotes commercial/industrial temperature grading, while 'LJN' indicates the PLCC package and tube packaging format.
Direct pin-compatible replacements include other GAL22V10 variants with matching speed grades (e.g., GAL22V10C-10LP). Cross-reference with ispGAL22V10 for enhanced features, though pinouts may differ. Verify electrical characteristics match exactly before substituting in critical timing paths.
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