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CPC5601D Datasheet(PDF) 13 Page - Clare, Inc. |
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CPC5601D Datasheet(HTML) 13 Page - Clare, Inc. |
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13 / 14 page ![]() CPC5601 R3.0 www.clare.com 13 • All bits must be set in each programming sequence, even to change just one of the outputs. • Data is placed in least-significant bit (output 1) first. • After setting all the bits, take the input low. In the absence of low-to-high transitions on the input, the internal CPC5601 clock is held high, preventing any output changes. • The CPC5601 does not employ a shift register load function. As new data is shifted into the flip-flops, the outputs (starting with b1) change throughout the data input sequence. 3.3 Programming Example This programming example sets the following CPC5601 output state, suitable for a European DAA: 3.3.1 LITELINK III 3.3.2 LITELINK II 1. Hold the input low for 50 µS. 2. Set the input high for 50 µS to trigger the timer. 3. Set the input low for 150 µS to set output b1 to off. 4. Repeat the steps as shown in the programming waveform below to program all six outputs to the desired pattern. Figure 8. LITELINK III European Programming Sample Input Waveform Figure 9. LITELINK II European Programming Sample Input Waveform 4. Regulatory Information CPC5601 can be used to build products that comply with the requirements of TIA/EIA/IS-968 (formerly FCC part 68), FCC part 15B, TBR-21, EN60950, UL1950, EN55022B, IEC950/IEC60950, CISPR22B, EN55024, and many other standards. CPC5601 com- plies with the requirements of UL1577. CPC5601 pro- vides supplementary isolation. Metallic surge requirements are met through the inclusion of a Sidac- tor in the application circuit. Longitudinal surge protec- tion is provided by CPC5601’s optical-across-the- b1 (LSB) b2 b3 b4 b5 b6 (MSB) off off on off on off b1 (LSB) b2 b3 b4 b5 b6 (MSB) off off on on on off t0 50 S/div. µ setup setup setup setup setup setup timer trigger timer trigger timer trigger timer trigger timer trigger timer trigger bit 1 set off bit 2 set off bit 3 set on bit 4 set off bit 5 set on bit 6 set off t0 50 S/div. µ setup setup setup setup setup setup timer trigger timer trigger timer trigger timer trigger timer trigger timer trigger bit 1 set off bit 2 set off bit 3 set on bit 4 set on bit 5 set on bit 6 set off |
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