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参数资料
型号： PIC16C715-20/P301
元件分类： 微控制器/微处理器
英文描述： 8-BIT, OTPROM, 20 MHz, RISC MICROCONTROLLER, PDIP18
封装： 0.300 INCH, PLASTIC, DIP-18
文件页数： 77/176页
文件大小： 1656K
代理商： PIC16C715-20/P301
PIC16C71X
DS30390D-page 168
1997 Microchip Technology Inc.
Figure 14-6:
Typical RC Oscillator Frequency vs.
VDD.......................................................... 126
Figure 14-7:
Typical RC Oscillator Frequency vs.
VDD.......................................................... 126
Figure 14-8:
Typical IPD vs. VDD Brown-out Detect
Enabled (RC Mode) ................................ 127
Figure 14-9:
Maximum IPD vs. VDD Brown-out Detect
Enabled
(85
°C to -40°C, RC Mode) ...................... 127
Figure 14-10:
Typical IPD vs. Timer1 Enabled (32 kHz,
RC0/RC1 = 33 pF/33 pF, RC Mode) ....... 127
Figure 14-11:
Maximum IPD vs. Timer1 Enabled
(32 kHz, RC0/RC1 = 33 pF/33 pF,
85
°C to -40°C, RC Mode)........................ 127
Figure 14-12:
Typical IDD vs. Frequency
(RC Mode @ 22 pF, 25
°C)...................... 128
Figure 14-13:
Maximum IDD vs. Frequency
(RC Mode @ 22 pF, -40
°C to 85°C)........ 128
Figure 14-14:
Typical IDD vs. Frequency
(RC Mode @ 100 pF, 25
°C).................... 129
Figure 14-15:
Maximum IDD vs. Frequency
(RC Mode @ 100 pF, -40
°C to 85°C)...... 129
Figure 14-16:
Typical IDD vs. Frequency
(RC Mode @ 300 pF, 25
°C).................... 130
Figure 14-17:
Maximum IDD vs. Frequency
(RC Mode @ 300 pF, -40
°C to 85°C)...... 130
Figure 14-18:
Typical IDD vs. Capacitance @ 500 kHz
(RC Mode)............................................... 131
Figure 14-19:
Transconductance(gm) of
HS Oscillator vs. VDD .............................. 131
Figure 14-20:
Transconductance(gm) of
LP Oscillator vs. VDD............................... 131
Figure 14-21:
Transconductance(gm) of
XT Oscillator vs. VDD .............................. 131
Figure 14-22:
Typical XTAL Startup Time vs.
VDD (LP Mode, 25
°C).............................. 132
Figure 14-23:
Typical XTAL Startup Time vs.
VDD (HS Mode, 25
°C) ............................. 132
Figure 14-24:
Typical XTAL Startup Time vs.
VDD (XT Mode, 25
°C).............................. 132
Figure 14-25:
Typical IDD vs. Frequency
(LP Mode, 25
°C) ..................................... 133
Figure 14-26:
Maximum IDD vs. Frequency
(LP Mode, 85
°C to -40°C) ....................... 133
Figure 14-27:
Typical IDD vs. Frequency
(XT Mode, 25
°C) ..................................... 133
Figure 14-28:
Maximum IDD vs. Frequency
(XT Mode, -40
°C to 85°C)....................... 133
Figure 14-29:
Typical IDD vs. Frequency
(HS Mode, 25
°C)..................................... 134
Figure 14-30:
Maximum IDD vs. Frequency
(HS Mode, -40
°C to 85°C)....................... 134
Figure 15-1:
Load Conditions ...................................... 140
Figure 15-2:
External Clock Timing ............................. 141
Figure 15-3:
CLKOUT and I/O Timing ......................... 142
Figure 15-4:
Reset, Watchdog Timer, Oscillator
Start-up Timer and Power-up Timer
Timing ..................................................... 143
Figure 15-5:
Timer0 External Clock Timings ............... 144
Figure 15-6:
A/D Conversion Timing ........................... 146
Figure 16-1:
Typical RC Oscillator Frequency vs.
Temperature............................................ 147
Figure 16-2:
Typical RC Oscillator Frequency vs.
VDD.......................................................... 147
Figure 16-3:
Typical RC Oscillator Frequency vs.
VDD.......................................................... 147
Figure 16-4:
Typical RC Oscillator Frequency vs.
VDD ......................................................... 148
Figure 16-5:
Typical Ipd vs. VDD Watchdog Timer
Disabled 25
°C......................................... 148
Figure 16-6:
Typical Ipd vs. VDD Watchdog Timer
Enabled 25
°C.......................................... 148
Figure 16-7:
Maximum Ipd vs. VDD Watchdog
Disabled .................................................. 149
Figure 16-8:
Maximum Ipd vs. VDD Watchdog
Enabled................................................... 149
Figure 16-9:
Vth (Input Threshold Voltage) of
I/O Pins vs. VDD ...................................... 149
Figure 16-10:
VIH, VIL of MCLR, T0CKI and OSC1
(in RC Mode) vs. VDD ............................. 150
Figure 16-11:
VTH (Input Threshold Voltage)
of OSC1 Input (in XT, HS, and
LP Modes) vs. VDD ................................. 150
Figure 16-12:
Typical IDD vs. Freq (Ext Clock, 25
°C).... 151
Figure 16-13:
Maximum, IDD vs. Freq (Ext Clock,
-40
° to +85°C)......................................... 151
Figure 16-14:
Maximum IDD vs. Freq with A/D Off
(Ext Clock, -55
° to +125°C) .................... 152
Figure 16-15:
WDT Timer Time-out Period vs. VDD...... 152
Figure 16-16:
Transconductance (gm) of
HS Oscillator vs. VDD.............................. 152
Figure 16-17:
Transconductance (gm) of
LP Oscillator vs. VDD .............................. 153
Figure 16-18:
Transconductance (gm) of
XT Oscillator vs. VDD .............................. 153
Figure 16-19:
IOH vs. VOH, VDD = 3V .......................... 153
Figure 16-20:
IOH vs. VOH, VDD = 5V .......................... 153
Figure 16-21:
IOL vs. VOL, VDD = 3V ........................... 154
Figure 16-22:
IOL vs. VOL, VDD = 5V ........................... 154
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