An ADDLL operate at 50MHz~210MHz. Supports slave delay line to generate per 1/32 UI programmable delay UMC 40nm LP/RVT Logic Process.
Overview
An ADDLL operate at 50MHz~210MHz. Supports slave delay line to generate per 1/32 UI programmable delay UMC 40nm LP/RVT Logic Process.
Technical Specifications
Foundry, Node
UMC 40nm
Maturity
Pre-Silicon release
UMC
Pre-Silicon:
40nm
,
40nm
LP
Related IPs
- Input 50M-210MHz, output 50M-210MHz. An all digital slave delay line of FXADDLL200HH0L to generate Programmable delay per 1/32 UI delay line UMC 40nm LP Logic Process
- Input 10M-70MHz, output 10M-70MHz. An all digital slave delay line of FXADDLL070HH0L to generate pulse-width tunabble clock in period of FREF. UMC 40nm LP Logic Process
- Input 5M-35MHz, output 5M-35MHz. An all digital slave delay line of FXADDLL070HH0L to generate pulse-width tunabble clock in period of FREF ; UMC 40nm LP Process
- LPDDR3-PHY Command/address block for LightCo ; UMC 40nm LP/RVT Logic Process
- Input 400M-1600MHz, output 400M-1600MHz, all digital slave delay line of FXADDLL340HH0L to generate 25% delay in period of FREF, UMC 40nm LP/RVT Logic Process.
- Input 800M-1600MHz, output 800M-1600MHz, all digital DLL for DDR4 SDRAM controller usage, supports slave delay line to generate 25%/50%/100% delay in period of FREF,UMC 40nm Logic Process.