PAL1SC1CJ Datasheet| Parameter | Symbol | Values | Unit | | min | typ. | max | | | | | | |
PAL1SC1CJ Price| | | IDT72V3622L10ci) IDT72V3632L10c1) IDT72V3642L10ci) | IDT72V3622L15 IDT72V3632L15 IDT72V3642L15 | | | Symbol | Parameter | Min | Max | Min | Max | Unit | | | Clock Frequency, CLKA or CLKB | | 100 | | 667 | MHz | | tCLK | Clock Cycle Time, CLKA or CLKB | 10 | | 15 | | ns | | tCLKH | Pulse Duration, CLKA or CLKB HIGH | 4.5 | | 6 | | ns | | tCLKL | Pulse Duration, CLKA and CLKB LOW | 4.5 | | 6 | | ns | | tDS | Setup Time,AO-A35 before CLKAT and BO-B35 before CLKBT | 3 | | 4 | | ns | | tENS1 | Setup Time ~SA before CLKAT; SB before CLKBT | 4 | | 4.5 | | ns | | tENS2 | Setup Time ENA, W/RAand MBA before CLKAT; ENB, W/RB and MBB before CLKBT | 3 | | 4.5 | | ns | | tRSTS | Setup Time, RSTlorRST2 LOW before CLKAT or CLKBTc2) | 5 | | 5 | | ns | | tFSS | Setup Time, FSO and FSl before RSTland RST2 HIGH | 7.5 | | 7.5 | | ns | | tFWS | Setup Time, FWFT before CLKAT | O | | O | | ns | | tDH | Hold Time, AO-A35 after CLKAT and BO-B35 after CLKBT | 0.5 | | 1 | | ns | | tENH | Hold Time, SA,W/RA, ENA, and MBA after CLKAT; SB, W/RB, ENB,and MBB afterCLKBT | 0.5 | | 1 | | ns | | tRSTH | Hold Time, RSTl or RST2 LOW after CLKAT or CLKBTc2} | 4 | | 4 | | ns | | tFSH | Hold Time, FSO and FSl after RSTland RST2 HIGH | 2 | | 2 | | ns | | tSKEWlc3) | Skew Time, between CLKAT and CLKBT for EFNORA, EFB/ORB, FFA/IRA, and FFB/IRB | 7.5 | | 7.5 | | ns | | tSKEW2c3.4) | Skew Time, between CLKAT and CLKBT forAEA, AEB,AFA, and AFB | 12 | | 12 | | ns | | | | | | | |
PAL1SC1CJ on stock The low-cost ADS-947 is a 14-bit, 10MHz sampling ND converter. This device accurately samples full-scale input signals up to Nyquist frequencies with no missing codes. Excellent differential nonlinearity error (DNL), signal-to-noise ratio (SNR), and total harmonic distortion (THD) make the ADS-947 the ideal choice for both time-domain (CCD/FPA | Cutoff Requency Range, fc HS Mode | Vs = 3V Vs = 4.75V Vs =+5V | q q q | 5 256 5 256 5 256 | kHz kHz kHz | | Cutoff Requency Range, fc LPMode | Vs = 2.7V Vs = 4.75V Vs =+5V | q q q | 5 25.6 5 25.6 5 25.6 | kHz kHz kHz | | Cutoff R'equency Accuracy, HS Mode fc = 25.6kHz | Vs = 3V, RFIL = 100k Vs = 4.75V, RFIL = 100k VS =+5V, RFIL = 100k | q q q | -1.5 +1.5 3.5 -1.5 +1.5 3.5 -1.5 +1.5 3.5 | % % % | | Cutoff R'equency Accuracy, HS Mode fc = 256kHz | Vs = 3V, RFIL = 10k Vs = 4.75V, RFIL = 10k Vs =+5V, RFIL = 10k | q q q | -5 +1.5 1.5 -5 +1.5 1.5 -5 +1.5 1.5 | % % % | | Cutoff R'equency Accuracy, LP Mode fc = 25.6kHz | Vs = 2.7V, RFIL = 100k Vs = 4.75V, RFIL = 100k Vs =+5V, RFIL = 100k | q q q | -3 +1.5 3 -3 +1.5 3 -3 +1.5 3 | % % % | | Cutoff Requency Temperature Coefficient | | q | ±1 | ppm/IC | | Passband Ctiin, HS Mode, fc = 25.6kHz Vs = 4.75V, RFIL = 100k | Test R'equency = 2.56kHz (0.1 . fc) Test Requency = 12.8kHz (0.5 . fc) | q q | -0.2 0 0.2 -0.3 0 0.3 | dB dB | | | | | |
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