单片机温度控制系统中英文翻译资料.pdf

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1、单片机温度控制系统中英文翻译资料英文原文Description The at89s52 is a low-power,high-performance CMOS 8-bit microcomputer with 4K bytes of Flash Programmable and Erasable Read Only Memory(PEROM)and 128 bytes RAM.The device is manufactured using Atmels high density nonvolatile memory technology and is compatible with the

2、 industry standard MCS-51?instruction set and pinout.The chip combines a versatile 8-bit CPU with Flash on a monolithic chip,the Atmel at89s52 is a powerful microcomputer which provides a highly flexible and cost effective solution to many embedded control applications.Features:?Compatible with MCS-

3、51?Products?4K Bytes of In-System Reprogrammable Flash Memory?Endurance:1,000 Write/Erase Cycles?Fully Static Operation:0 Hz to 24 MHz?Three-Level Program Memory Lock?128 x 8-Bit Internal RAM?32 Programmable I/O Lines?Two 16-Bit Timer/Counters?Six Interrupt Sources?Programmable Serial Channel?Low Po

4、wer Idle and Power Down Modes单片机温度控制系统中英文翻译资料The at89s52 provides the following standard features:4K bytes of Flash,128 bytes of RAM,32 I/O lines,two 16-bit timer/counters,a five vector two-level interrupt architecture,a full duplex serial port,on-chip oscillator and clock circuitry.In addition,the

5、at89s52 is designed with static logic for operation down to zero frequency and supports two software selectable power saving modes.The Idle Mode stops the CPU while allowing the RAM,timer/counters,serial port and interrupt system to continue functioning.The Power Down Mode saves the RAM contents but

6、 freezes the oscillator disabling all other chip functions until the next hardware reset.Pin Description:VCCSupply voltage.GNDGround.Port 0 文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8

7、 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B

8、8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2

9、B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A

10、2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5

11、A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z

12、5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6

13、Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4单片机温度控制系统中英文翻译资料Port 0 is an 8-bit open drain bidirectional I/O port.As an output port each pin can sink eight TTL inputs.When is are written to port 0 pins,the pins can be used as high impedance

14、inputs.Port 0 may also be configured to be the multiplexed loworder address/data bus during accesses to external program and data memory.In this mode P0 has internal pullups.Port 0 also receives the code bytes during Flash programming,and outputs the code bytes during program verification.External p

15、ullups are required during program verification.Port 1 Port 1 is an 8-bit bidirectional I/O port with internal pullups.The Port 1 output buffers can sink/source four TTL inputs.When 1s are written to Port 1 pins they are pulled high by the internal pullups and can be used as inputs.As inputs,Port 1

16、pins that are externally being pulled low will source current(IIL)because of the internal pullups.Port 1 also receives the low-order address bytes during Flash programming and verification.Port 2 Port 2 is an 8-bit bidirectional I/O port with internal pullups.The Port 2 output buffers can sink/sourc

17、e four TTL inputs.When 1s are written to Port 2 pins they are pulled high by the internal pullups and can be used as inputs.As inputs,Port 2 pins that are externally being pulled low will source current(IIL)because of the internal pullups.Port 2 emits the high-order address byte during fetches from

18、external program memory and during accesses to external data memory that use 16-bit addresses(MOVX DPTR).In this application it uses strong internal pull-ups when emitting 1s.During accesses to external data memory that use 8-bit addresses(MOVX RI),Port 2 emits the contents of the P2 Special Functio

19、n Register.Port 2 also receives the high-order address bits and some control signals during Flash programming and verification.Port 3 Port 3 is an 8-bit bidirectional I/O port with internal pullups.The Port 3 output buffers can sink/source four TTL inputs.When 1s are written to Port 3 pins they are

20、pulled high by the internal pullups and can be used as inputs.As inputs,Port 3 pins that are externally being pulled low will source current(IIL)because of the pullups.Port 3 also serves the functions of various special features of the 文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW

21、10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 H

22、W10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10

23、HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10

24、 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E1

25、0 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E

26、10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5

27、E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4单片机温度控制系统中英文翻译资料at89s52 as listed below:Port 3 also receives some control signals for Flash programm

28、ing and verification.RST Reset input.A high on this pin for two machine cycles while the oscillator is running resets the device.ALE/PROG Address Latch Enable output pulse for latching the low byte of the address during accesses to external memory.This pin is also the program pulse input(PROG)during

29、 Flash programming.In normal operation ALE is emitted at a constant rate of 1/6 the oscillator frequency,and may be used for external timing or clocking purposes.Note,however,that one ALE pulse is skipped during each access to external Data Memory.If desired,ALE operation can be disabled by setting

30、bit 0 of SFR location 8EH.With the bit set,ALE is active only during a MOVX or MOVC instruction.Otherwise,the pin is weakly pulled high.Setting the ALE-disable bit has no effect if the microcontroller is in external execution mode.PSEN Program Store Enable is the read strobe to external program memo

31、ry.When the at89s52 is executing code from external program memory,PSEN is activated twice each machine cycle,except that two PSEN activations are skipped during each access to external data memory.EA/VPP External Access Enable.EA must be strapped to GND in order to enable the device to fetch code f

32、rom external program memory locations starting at 0000H up to FFFFH.Note,however,that if lock bit 1 is programmed,EA will be internally latched on reset.Port pin alternate functions P3.0 rxd(serial input port)P3.1 txd(serial output port)P3.2 int0(external interrupt0)P3.3 int1(external interrupt1)P3.

33、4 t0(timer0 external input)P3.5 t1(timer1 external input)P3.6 WR(external data memory write strobe)P3.7 rd(external data memory read strobe)文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8

34、 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B

35、8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2

36、B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A

37、2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5

38、A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z

39、5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6

40、Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4单片机温度控制系统中英文翻译资料EA should be strapped to VCC for internal program executions.This pin also receives the 12-volt programming enable voltage(VPP)during Flash programming,for parts that require 12-vo

41、lt VPP.XTAL1 Input to the inverting oscillator amplifier and input to the internal clock operating circuit.XTAL2 Output from the inverting oscillator amplifier.Oscillator Characteristics XTAL1 and XTAL2 are the input and output,respectively,of an inverting amplifier which can be configured for use a

42、s an on-chip oscillator,as shown in Figure 1.Either a quartz crystal or ceramic resonator may be used.To drive the device from an external clock source,XTAL2 should be left unconnected while XTAL1 is driven as shown in Figure 2.There are no requirements on the duty cycle of the external clock signal

43、,since the input to the internal clocking circuitry is through a divide-by-two flip-flop,but minimum and maximum voltage high and low time specifications must be observed.Idle Mode In idle mode,the CPU puts itself to sleep while all the onchip peripherals remain active.The mode is invoked by softwar

44、e.The content of the on-chip RAM and all the special functions registers remain unchanged during this mode.The idle mode can be terminated by any enabled interrupt or by a hardware reset.It should be noted that when idle is terminated by a hard ware reset,the device normally resumes program executio

45、n,from where it left off,up to two machine cycles before the internal reset algorithm takes control.On-chip hardware inhibits access to internal RAM in this event,but access to the port pins is not inhibited.To eliminate the possibility of an unexpected write to a port pin when Idle is terminated by

46、 reset,the instruction following the one that invokes Idle should not be one that writes to a port pin or to external memory.文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编

47、码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档

48、编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文

49、档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4

50、文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I4文档编码:CL8R10P6L5E10 HW10F6Z5A2B8 ZD4K3T4H6I