MMC4016

MMC4016 MICRO-ELECTRONICS | Alldatasheet

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This file has been download from www.datasheetcatalog.com 7 a eS mueroaltactomiea mmc 016 QUAD BILATERAL SWITCH GENERAL DESCRIPTION FEATURES The MMC 4016 fintermediate or extended tempe- @ 20 V digital or + 10 V peak-to-peak switching rature range) are monolithic integrated circuit, aval- @ 280 ohm typical ON resistance for 15 V operation lable in 14-lead dual in-line plastic or ceramic pac- @ Switch on resistance matched to within 10 ohm kage. | typ. over 15 V signal input range The MMC 4016 _ types are quad bilateral @ Extremely high control input impedance (control switches intended for the transmission or multiple- circuit isolated from-signal circuit 10°? ohm typ.) xing of analog or digital signals. Each of the four inde- @ Extremely low off switch leakage resulting in very pendent bilateral switches has a single control signal low offset_current and high effective off resis- input which simultaneously biases both the p and n tance: 110 pA typ. Vp§Vgg = 18 V, Ta = 25°C device in a given switch ON or OFF. @ Matched control-input to signal-output capaci- tance: reduces output signal transients. @ Frequency response switch on = 40 MHz Ityp.) eee ABSOLUTE MAXIMUM RATINGS ———— qq Vov’ Supply voltage: G and H types -0.5 to 20 Vv ep E and F types -0.5 to 18 Vv Vi Input voltage O5to Vpoot0.5 Vv | OC input current lany one input) +10 mA Prot Total power dissipation (per package) 200 mw Dissipation per output transistor for T, = full package-temperature range 100 mw Ta Operating temperature G and H types -55 to 125 °C E and F types -40 to 85 ney Tstg Storage temperature -65 to 150 “c * All voltage values are referred to Vgg pin voltage RECOMMENDED OPERATING CONDITIONS SSeS Vop* Supply voltage: G and H types 3to 18 Vv ®0 E and F types 3to 15 Vv vy, Input voltage Oto Voo Vv Ta Operating temperature: G and H types -55 to 125 °C E.and F types -40 to 85 °c EEE CONNECTION DIAGRAM SCHEMATIC DIAGRAM Yoo so(™ G ito CONTROL, A lourt]2 ‘HE CONTROL A Xe SIG {* G3 2EJ CONTROL O 8 lords np 6 conTRa. BES opjour) O \\s 1 contro. C6 Lt a 6 IN/OUT t OUT/IN Vs 0 oy wn? © ns

This file has been download from www.datasheetcatalog.com MMC 4016 =O ee TOO. TYPICAL ,ON" RESIBTANCE CHARACTERISTICS, Ta = 25°C. : : CHARACTERISTIC: R Vv, wM | Mw (a) v} fa) WY) (ny M) +15 200 | +15 | 200 | +15 | 180 | +15 Ri +10 290 +10 250 +10 240 +10 oN |? | 290 0 | 250 0 | 300 o Rexinad [wre | 0 | soo | ora [seo | a6 | s10 | 8 | +5 860 +5 470 +5 450 +5 a +25 | -25 590 +25 450 +25 4s0 +25 720 -25 520 -25 520 ~25 * Variation from a perfect switch, Ron = 02 STATIC ELECTRICAL CHARACTERISTICS (over recommended operating conditions) IN i, Quiescent GH 5 0.25 0.01 | 0.25 75 device type: 10 lake} 0.01] 05 15 current 15 4 0.01} 1 30 fall 20 5 0.02] 5 150 uA switches EF 5 4 0.0141 75 ON or all type: 10 2 o01};2 15 switches OFF) 15 4 001; 4 30 Switch Vis Ron ON Resistance | H,G +75 360 200 | 400 600) type: ~75 360 200} 400 600) R= +0.25) 778 280] 850 1230 10k | +75 [77-5 9 EF ‘ +75 370 200} 400 520 type: -25 370 200} 400 520 +0.25] 790 280] 850 1080 HG +5 600 250 | 660 860) type: -5 600 250] 660 960 RL= +025) 1870 580 }2000 2600 sown | *5 | -5 8 EF +5 610 250| 660 840 type -§ 610 250] 660 840 +0.25] 1900 580 | 2000 2380 ee

_This fle has been download irom www.datasheetsatslog.com | MMC 4016 STATIC ELECTRICAL CHARACTERISTICS {over recommended operating conditions) Tesroonomons [_——vauues UNIT Yoo | | \\ Fran Pragfran [we [rman [mn [mex GH +15 360) 200 { 400 600 types +15 1+0.2 360) 200] 400 600 R= +3.3 775 300} 850 1230) 10 kn u EF +15 370 200] 400 520 type: +15 +-0.25) 370 200] 400) 520 +93 790) 300} 800 1080 G.H +10 600) 250 | 660] 960} types +10 +025 600} 250| 660) 960) R= +5.6 1870 560 ]2000 2600) a EF | 10 kMe +10 610 250| 660 840 type: +10 0.25) 610) 250] 660 840 5.6 1900 560 |2000 2380 OAgn Resistance (between any 10 kNey +5 -5 1] +5 15 2 of 4 switches) input or output GH Voo | Vc= teakage current type: +18 Vss switch OFF is} +0.1 105] +0.1 4 A (effective OFF — Le resistance) EF Voo | Ve= type: +15 | Vss ie} +0.3, +03 4 C, Input capacitance Veco = Vgg=~°5 +5 4 Cy Output capacitance 4 pF Cio Feedthrough ae Control (Vc) ViySwitch 5 1 4 | 225 1 threshold Iig= 10 pA 10 | 2 2 | 45 2 v voltage 15 2 2 |675 a |, Input GH “s Vis S Vi Be current EF Bo) “3 ; types 1S || soa] |st0 +0.3 +1 OO Oe

This file has been download from www.datasheetcatalog.com MMC 4016 a TUNE DYNAMIC ELECTRICAL CHARACTERISTICS (Ta = 25°C, C, = 50 pF all input square wave rise and fall time = 20 ns). TEST CONDITIONS VALUES + PARAMETER Ve WI UNIT . R f Vi | Vas | Voy tk Hea} wh | oe | WP typ. | max Switch tyg Propagation =V 10 10 sq] GND Ss 40 | 100 iat delay time 90 Wave 10 20 SO} as {Signal input 15 15 40 to output) Crosstalk between Vem = Von = +5] 1 Vaal" any 2 of 4 switches Vow) = Vsg = 5 5Spp MHz vi (f 50 dB) 20 lg —2 = vy, = ~50 dB Frequency response = Voo switch “ON" (Sine wave +5 4 5p-py ~5 40 MHz input) at 20 log Vo = = -3 dB Mi Feedthrough (Switch) = Vss OFF) at yy 20 log —2 = ~50 dB =-5 1 -Sp-p 5 1.25 MHz Vv, Sine wave distortion = Vop 10 4 |5Sp-p| -5 O04 %e Control (V_) Propagation delay: Voo0 - Vsg V, ts) 35 70 (Turn ON control (8a. wave) or 10 |Vop~Vgs} 20 | 40 as to output) ° Vsg 15 |=10V| 15 | 30 Max. allowable control input 10 (Sq. wave) Vop |GND| 10 10 MHz repetion rate Crosstalk (Control 10(Ga. wave) 10 GNO] 10 50 mV input to signal output) {a Symetrical about OV (a) Fir all test conditions. eee