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поискавой системы для электроныых деталей |
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поискавой системы для электроныых деталей |
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IC-HTP датащи(PDF) 8 Page - IC-Haus GmbH |
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IC-HTP датащи(HTML) 8 Page - IC-Haus GmbH |
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8 / 51 page  prel imin ary prel imin ary iC-HTP DUAL CW P-TYPE LASER DIODE DRIVER Rev B1, Page 8/51 ELECTRICAL CHARACTERISTICS Operating Conditions: VB = 2.8 . . . 11 V (referenced to GND), Tj = -40 . . . 125 °C unless otherwise stated Item Symbol Parameter Conditions Unit No. Min. Typ. Max. 605 Ipd() Pull-Down Current at NSTBY V() = 0.4 V . . . VB 1 50 µA 606 Rpu() Pull-Up Resistor at SCLK/SCL, NCS/A1 80 150 260 kΩ 607 Rpu() Pull-Up Resistor at MISO/SDA EMC = hi, INS/WKR = lo 8 20 50 kΩ EMC = hi, INS/WKR = hi 53 100 174 kΩ 608 Er() Safe enable threshold voltage at EMC, INS/WKR Rising 52 54 56 % VDD Falling 30 32 34 % VDD 609 Voc() Open Circuit Voltage at EMC, INS/WKR 39 41 43 % VDD 610 Ri() Internal Resistance at EMC, INS/WKR 170 250 330 kΩ 611 Isc()lo Short Circuit current lo at MISO/SDA INS/WKR = lo, V(MISO/SDA) = 5.5 V -40 -4 mA 612 Vs()lo Saturation Voltage lo at MISO/SDA INS/WKR = lo, I(MISO/SDA) = 2 mA 0.4 V A/D Converter 701 Ton Converter initialization time ADCCx(2) changes from 0 to 1 500 µs LDAx, VDD or VB measurements 702 Tconv Conversion time 140 µs 703 R(ADC) A/D Converter Resolution 10 bit 704 RAC Relative Accuracy -1 +1 LSB 705 VZS() Zero Scale Voltage ADCx(9:0) = 000h 0 V 706 VFS() Full Scale Voltage ADCx(9:0) = 3FFh 1.0 1.1 1.2 V 707 MDKM MDKx Measurement MDKx = 0.5 V, ADCCx(2:0) = 100, ADFNSx = 1 372 465 558 LSB 708 VDDM VDD Measurement VDD = 3.3 V, ADCC2(2:0) = 101 312 390 468 LSB 709 VBM VB Measurement VB = 11 V, ADCC1(2:0) = 101 744 930 1023 LSB 710 VBLM VBLx Measurement VBLx = 11 V, ADCCx(2:0) = 110 744 930 1023 LSB 711 LDAM LDAx Measurement LDAx = 11 V, ADCCx(2:0) = 111 744 930 1023 LSB Overtemperature B01 Toff Overtemperature Shutdown Rising temperature 130 170 °C B02 Ton Overtemperature Release Falling temperature 120 160 °C B03 Thys Hysteresis Toff − Ton 3 °C Temperature Monitor C01 Trange Temperature Measurement Range -40 125 °C C02 Tresol Temperature Measurement Reso- lution 1 °C C03 Reading Temperature Value Ranges Tj = 125 °C 160 190 digits Tj = -40 °C 0 15 digits DCO Output D01 Isc()hi DCO Output Current V(VDD) = 3...3.5 V, V(DCO) < 1.4 V, RDCO = 0x3F -175 -130 -85 µA D02 Ileak Leakage Current at DCO RDCO = 0x00 or NSTBY = lo, V(DCO) = 0 . . . 5.5 V -1 1 µA D03 I(DCO)LSB I(DCO) Resolution V(DCO) < 1.4 V 1.3 2 2.7 µA Oscillator E01 Fosc Oscillator Frequency NSTBY = hi 100 200 400 kHz E02 T(cfgtimo) Configuration Mode Timeout MODE(1:0) = 10 40 82 164 ms E03 tWDT Watchdog Timeout NSTBY = hi 20 120 µs |
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