M16C User Manual.pdf

Standard CharacteristicsMitsubishi microcomputersM16C / 62 GroupSINGLE-CHIP 16-BIT CMOS MICROCOMPUTER• Measurement conditions :VCC = 3V, Ta = 25˚C, f(XIN) : square waveform input, single-chip modeWhen access to ROM and RAM with one wait, f(XIN) = 2MHZ to 10MHZ, Division ratio : 1 to 1/16• Register setting conditionXIN - XOUT drive capacity select bit = “1” (HIGH)Main clock (XIN - XOUT) stop bit = “0” (On)VCC = 3V10.00f(XIN) / 1f(XIN) / 2f(XIN) / 4f(XIN) / 8f(XIN) / 16ICC [mA]5.0000 2.0 4.0 6.0 8.0 10.0f(XIN) [MHz]12.0Note: Data described here are characteristic examples. The data values are not guaranteed.Refer to section “Electrical characteristics” for rated values.Figure 7.1.6. Standard characteristics of ICC-f(XIN) (VCC = 3V) (one-time PROM version)• Measurement conditions :VCC = 3V, Ta = 25˚C, f(XIN) : square waveform input, single-chip modeWhen access to ROM and RAM with one wait, f(XIN) = 2MHZ to 10MHZ, Division ratio : 1 to 1/16• Register setting conditionXIN - XOUT drive capacity select bit = “1” (HIGH)Main clock (XIN - XOUT) stop bit = “0” (On)VCC = 3V10.00f(XIN) / 1f(XIN) / 2f(XIN) / 4ICC [mA]f(XIN) / 8f(XIN) / 165.0000 2.0 4.0 6.0 8.0 10.0 12.0f(XIN) [MHz]Note: Data described here are characteristic examples. The data values are not guaranteed.Refer to section “Electrical characteristics” for rated values.Figure 7.1.7. Standard characteristics of ICC-f(XIN) (VCC = 3V) (mask ROM version)560