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EPC635 数据表(PDF) 5 Page - Espros Photonics corp |
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EPC635 数据表(HTML) 5 Page - Espros Photonics corp |
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5 / 97 page ![]() 1. Electrical, optical and timing characteristics 1.1. Operating conditions and electrical characteristics Typ. operational ratings, TA = +25ºC, unless otherwise stated Parameter Description Conditions/Comments VSC Min. Typ. Max. Units VDD,VDDPLL Digital supply voltage Ripple 1 < ± 20 mV VDD 1.71 1.80 1.98 V VDDIO IO supply voltage 3 Ripple 1 < ± 50 mV VDDIO 2.25 2.5/3.3 3.63 V VDDA Analog supply voltage 2 Ripple 1 < ± 20 mV VDDA 4.9 5.0 5.1 V VDDPXH Pixel analog 2 supply voltage 2 Ripple 1 < ± 20 mV VDDPXH 9.5 10 10.5 V VBS Bias supply voltage Ripple 1 < ±50 mV VBS -10.5 -10.0 -9.75 V IVDD Digital supply current @nominal voltage 10 11 mA IVDDPLL PLL supply current @nominal voltage 4 mA IVDDIO IO supply current 4 DCLK = 40MHz 15 25 mA IVDDA Analog supply current @nominal voltage 22 33 mA IVDDPXH Pixel analog 2 supply current @nominal voltage 2 2 mA IVBS Bias supply current 8 Depending on the amount of light on the pixel-field -2.0 8 mA VDDLED LED and LEDFB voltage range VDDLED VDDA V VLED_OFF Off-voltage at output pin LED VDDLED V VLED_ON On-voltage at output pin LED (for- ward voltage) @ ILED = 200 mA 200 mV ILED LED output sink current; on state modulated peak current continuous DC current 500 250 mA mA ILED_LEAK LED output leakage current; off state VLED max. 10 µA VLEDFB LEDFB input voltage range VDDLED 0 8.5 V VLEDFB_P2P LEDFB input voltage peak to peak 0.5 1.8 V VIH_VDDIO Digital high level input voltage 5 excluding XTALIN 0.7 x VDDIO V VIL_VDDIO Digital low level input voltage 5 excluding XTALIN 0.3 x VDDIO V VIH_XTALIN Digital high level input voltage XTALIN 1.35 V VIL_XTALIN Digital low level input voltage XTALIN 0.2 V VOH Digital high level output voltage 5, 6 0.8 x VDDIO V VOL Digital low level output voltage 5, 6 0.2 x VDDIO V IIH Digital high level input current 7 VIH max. 10 7 µA IIL Digital low level input current 7 VIL min. -10 7 µA IOH Digital output source current 7 VOH max. 50 mA IOL Digital output sink current 3 VOL min. -50 mA CIO IO load capacitance 5 30 pF fIO IO switching frequency 5 20 80 MHz PPk Power dissipation (average) See Table 27 0.75 W RTh Thermal resistance on PCB with underfill 40 °K/W TJ Junction temperature -40 85 °C Table 1: Operating conditions and electrical characteristics Notes: 1 Min. and Max. voltage values include noise and ripple voltages. 2 Analog voltage supplies have direct influence on measurement performance. They must be properly decoupled for low noise and ripple. 3 IO voltage supply must be fixed with respect to external processor's IO supply voltage levels used in the application. It can be set to any value within min and max. operating voltage. 4 When device is operated at max fDCS frame rate, DCLK at 40MHz, driving loads 15pF each. 5 I2C pins SCL and SDA are open-drain outputs and need termination (Pull-up resistor) according to I2C standards. 6 VOH/OL and IOH/OL values are measured at max CIO and max fIO. 7 Value is without termination resistors © 2017 ESPROS Photonics Corporation Characteristics subject to change without notice 5 / 97 Datasheet_epc635-V1.02 www.espros.com |
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