IH5341 MAXIM | Alldatasheet

Document overview

  • Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
  • PDF pages: 4

Technical content

a MAXIM! The IH5341 and the 1H5352 are dual and quad, single eee polesingl row (SPST) awicnesdeagred speciealy Cross Coupling isolation > 70dB @ 10MHz switching RF and video signals. IH5341 * FDS(ON) < 750, < 3dB Loss from DC to 100MHz pee). ae thasgpa tn Dap amp eda eel + 25V to 215V Operating Supply Range ay Sree couping rejection an additonal 108 compared + Supply Currents < 1yA > with other products). . Fast, Brest Before-Make Suitching Both devices can be operated with supplies ranging from enenene Se SVB ENY, The eutiches yploaly have elon = 1600s * Monolithic, Low Power CMOS Design and @ tore = 70ns, assuring break: switch- ing. The channel thruput resistance of 502 provides —________ Ordering Information Secatent matching to video impedances. inthe D.C. = [Fant TEMP. RANGE PREBACKAGE | econ Somines ne eieay TOO Te tee eee quiescent current drain to 3u watts—ideal for portable equipment. routing, blocking or switching of video or RF signals Prd SEC to + 128°C 10 TO-100 such as: Video Special Effects Radar Switching IHS SS2MJE SEC to + 125°C 16 CERDIP Mil and Space Communications * Contact factory for dice specifications. ™ Contact tactory for avalabilly and processing to MIL-STD-€83. —_—__— Typical Operating Circuit Pin Configurations TOP VIEW va [aS) wey ony — pute LI)iMy (y 1) Oy . Fie DIP Cry “se vy [Hse — Oo; a) wd Lone A ? A H ™ my fa} a" aig Ohad y-Q Dy. TO-100 2: © = 1H oy Lo) Liles Lipve i nea DIP/ 75N Video Switch ina C5) fie = WIDE SO. (Onova canna shown on oy Conimcesarend, SU any of data sheet. MAAXMIAA hii inte gratod Products 4 For free samples & the latest literature: http://www.maxim-ic.com, or phone 1-800-998-8800

Supply Voltages V+ and V- waicsssesiinsininunnnusnsnnsent7V Continuous Power Dissipation (Ta = +70°C) Voltage of VL Pi... sssssnsnnstnnnentvisnnnennnne Nh 1 Ve = Stresses beyond those listed under “Absolute Maximum Ratings” may cause permanent damage to the device. These are stress ratings only, and functional XN ‘operation of the device at these or any other conditions beyond those indicated in the operational sections of the specifications is not implied. Exposure to = absolute maximum rating conditions for extended periods may affect device reliability.

ELECTRICAL CHARACTERISTICS

© (V* = +15V, V, = +5V, V7 = -15V, T, = 25°C unless otherwise specified) w M GRADE DEVICE VC GRADE DEVICE CONDITIONS | TYP ° ~40/-20/ +057 [UNITS = gown] a | vase [ease AZ| ave | 288 Supply Voltage Ranges Positive Supply ve 45>16 5to 15 5015 Logic Supply yY (Note 3) 45>V" 5to Vt 5to vt Vv Negative Supply v -4>-16 -8 to -15 -5to -15 Resistance Ig = 10 MA, Viy=2.4V 'S + YIN, _ (Note 4) Vp = -10V to +10V 175 150 175 Switch “ON” V =V=5V, Vin=3V a Resistance V> = -8V, Vp = $3V On Resistance . . ‘Switch “OFF” Iporr) [Vem = *5V to -5V Ea] #2 100 Leakage or |Vy=0.8V (Notes 2 and 4) Igor [Vs = +14V to -14V ES) #2 oo | 1, Switch “ON” 'pony Vp = +5V or -5V Bal 100 +2 100 Leakage + Vin = 2.4V Ison) [Vo = +14V to -14V Ea 100 +2 100 Input Logic Current Vin> 24V or <0 Positive Supply yt [Y= 0Vor+5V 1 1 Quiescent Current (Note 5) A Negative Supply Vy = OV oF +8V 001 1 wo | Quiescent Current (Note 5) - Logic Supply Vin = OV or +5V Quiescent Current (Note 5) 9.01 ' 1 iad iia AC ELECTRICAL CHARACTERISTICS V* = +18V, V = +8V, V7 = OV, Th = 425°C PARAMETER CONDITIONS MIN TYP max | UNITS | | Switch “ON” Time See Figure 1 160 300 Switch “OFF” Time | torr _| See Figure 1 70 150 “OFF” Isolation Rejection Ratio [OIRR _[ See Figure 2 (Note 6) 70 80 | a Figure3 1H5341 70 80 dB Cross Coupling Rejection Ratio CCRR (Note6) 1HS352 66 2 | Note 1: Typical values are not tested in production. They are given as a design aid only. Note 2: Positive and negative voltages applied to opposite sides of switch, in both directions successively. Note 3: These are the operating voltages at which the other parameters are tested, and are not directly tested. Note 4: The logic inputs are either greater than or equal to 2.4V or less than or equal to 0.8V, as required, for this test. Note 5: Maximum values shown are for the dual (IH5341). They are doubled for the quad (IH5352) Note 6: All AC parameters are sample tested only. Test circuits should be built on copper clad ground plane board, with correctly terminated coax leads, etc. 2 oC MAAK

1002 Vawauae = =50 a

  • Note: Only one channel shown. Others act identically.

Figure 1. Switching Time Test Circuit and Waveforms Figure 2. OFF Isolation Test Circuit Figure 3. Cross-Coupling Rejection Test Circuit

Dual/Quad RF/Video Switches N Pin Configurations (continued) Ww) Lie] TOP VIEW = we. fis] Wc. = ® T awaneeaa [24] A mote] sent = fale Ly] De Juz] iy w VEE = se we [Ee Bis WIDE SO ; Chip Topographies

15341 IH5352

  • i-___ ue = = Se ih Sey" | | ==]! a | il | er FF L ine : i s _ L naie are fl ST one on —4 im 1 I , eee ire i j = i ' ara |) |} =a. | || i 1 i; sine fochfe iy, a | mi — O.Tea" | | | ‘iil ms id : 4 = Bacco ne > ee flies | 5-1 ee 0.

2 Sy _ = ty

ona" I “= iain) ae 7 Pd) nes | || sy i: ee ' TRANSISTOR COUNT: 72 1m Lf ae SUBSTRATED CONNECTED TO V+ So Ba __b0 (2.7imm) q TRANSISTOR COUNT: 144 SUBSTRATED CONNECTED TO V+ Aiuem cannot assume respanebilly for use of any cinewiry offer than circulry entrely ambodied in a ium product No circu¥ patent toanses are moked. Maxvn reserves dhe nght fo change the orcatry and specications witha! nave af any tine.

4 Maxim Integrated Products, 120 San Gabriel Drive, Sunnyvale, CA 94086 (408) 737-7600

© 1994 Maxim Integrated Products. Printed USA, AAAALAA | 6 registered trademark of Maxam Integrated Products.