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ADP5589ACBZ-02-R7 Datasheet(PDF) 17 Page - Analog Devices |
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ADP5589ACBZ-02-R7 Datasheet(HTML) 17 Page - Analog Devices |
17 / 52 page Data Sheet ADP5589 Rev. B | Page 17 of 52 LA2_INV MUX 000 001 SEL[2:0] OUT 010 011 100 101 110 111 SEL OUT 0 1 GND AND2 OR2 XOR2 FF2 IN_LA2 IN_LB2 IN_LC2 (LY1) LA2 (LY1) LA2 (IN_LY1) IN_LA2 SEL OUT 0 1 AND2 (IN_LY1) IN_LA2 IN_LB2 IN_LC2 C6_EXTEND_CFG = 1 LOGIC2_SEL LY1_CASCADE LA2 LY1 SEL OUT 0 1 LY2_INV SEL OUT 0 1 LY2 LY2 LY2 LB2_INV SEL OUT 0 1 LB2 LB2 LB2 IN_LB2 LC2_INV SEL OUT 0 1 LC2 LC2 LC2 IN_LC2 FF2_SET FF2_CLR SEL OUT 0 1 OR2 (IN_LY1) IN_LA2 IN_LB2 IN_LC2 AND AND OR OR SEL OUT 0 1 XOR2 FF2 (IN_LY1) IN_LA2 IN_LB2 IN_LC2 IN_LA2 IN_LB2 IN_LC2 XOR XOR D CLR Q SET 0 1 SEL OUT Figure 22. Logic Block 2 (R3) PWM_OUT (C6) PWM_IN OFF TIME[15:0] PWM_EN PWM_IN_AND PWM_OFFT_LOW_BYTE[7:0] PWM_MODE PWM_OFFT_HIGH_BYTE[7:0] PWM_ONT_LOW_BYTE[7:0] PWM_ONT_HIGH_BYTE[7:0] ON TIME[15:0] PWM GENERATOR SEL OUT 0 1 AND Figure 23. PWM Block Diagram PWM BLOCK The ADP5589 features a PWM generator whose output can be configured to drive out on I/O Pin R3. PWM on/off times are programmed via four 8-bit registers. Newly programmed values are not latched until the final byte, PWM_ONT_HIGH_BYTE (Address 0x41, Bits[7:0]), is written to (see Figure 23). The highest frequency obtainable from the PWM is performed by setting the least significant bit (LSB) of both the on and off bit patterns, resulting in a 500 kHz signal with a 50% duty cycle. Each LSB respresents 1 µs of on or off time. The PWM block provides support for continuous PWM mode as well as a one-shot mode (see Table 74). Additionally, an external signal can be AND’ed with the internal PWM signal. This option can be selected by writing a 1 to PWM_IN_AND, PWM_CFG[2]. The input to the external AND is the C6 I/O pin. C6 should be set to GPI (GPIO15). Note that the debounce for C6 will result in a delay of the AND’ing, and can be controlled using register GPI_15_DEB_DIS (Address 0x28, Bit[6]). Newly programmed values are not latched until the final byte, PWM_ONT_HIGH_BYTE (Address 0x41, Bits[7:0]), is written. CLOCK DIVIDER BLOCK The ADP5589 features a clock divider block that divides down the frequency of an externally supplied source via I/O Pin C6. The output of the divider is driven out on I/O Pin R3. CLK_IN (R3) CLK_OUT (C6) CLK_DIV_EN CLK_DIV[4:0] CLK_INV CLK DIVIDER SEL OUT 0 1 Figure 24. Clock Divider Block RESET BLOCKS The ADP5589 features two reset blocks that can generate reset conditions if certain events are detected at the same time. Up to three reset trigger events can be programmed for RESET1. Up to two reset trigger events can be programmed for RESET2. The event scan control blocks monitor whether these events are present for the duration of RESET_TRIGGER_TIME[2:0] (0x3D[4:2]). If they are, reset-initiate signals are sent to the reset generator blocks. The generated reset signal pulse width is programmable. |
Similar Part No. - ADP5589ACBZ-02-R7 |
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Similar Description - ADP5589ACBZ-02-R7 |
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