LH0063 MAXIM | Alldatasheet
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Very Fast Buffer Amplifiers The BB3553 and LH0063 are high speed, FET input, Pin for Pin 2nd Source voltage follower/butfers designed to provide high cur- rent drive at frequencies from DC to 300MHz. Both * —6000V/uSec Slew Rate devices are similar in their slew rate; upto 6000 voltsper # DC to 300MHz Bandwidth microsecond with light loads and 2000 volts per micro- second with a 50 ohm load. The LHO063 is not # *10V Output Drive Into sor \\ internally current limited, giving added versatility and 2ns Rise and Fall Times o higher transient drive capability. ¢ Wide Range Single or Dual Supply Operation Pe] Applications # 10GQ Input Resistance 2 High Speed Line Drivers Video Drivers/Impedance Transformation —_—_—- Ordering Information g Nuclear Instrumentation Amplifiers (part ee RS KAGE Operational Amplifier Isolation PART TEMPRANGE PACKAGE High Speed A to D Input Buffers LHO0630K -25°C to +85°C 8 Lead TO-3 Video Gress Point Saitches 8BI550AM "25°C 0 +85°S 8 Lead TO-3 __ Top View | | paeser/ () \\\\wrur oH o 7) jy OFFSET J | ‘ourpur t \\ ADJUST © + tot ® Lot in fo) (oy fod | ® © Ld wee ver Comin} max aa OS taser bas i \\ ee oH of © i | we CO) \\weor | | = 1 t | 1 : | NC fo) OUTPUT tot \\ ® — ® (0) i | z | u\\\\ oe” © Yee oe C08 ‘hss vas nc Nc cont wo Sch ° wees O maxim Video Crosspoint Switch nocownecton BB2050 most MAXIM ____ _ _. _ Maxim integrated Products 1 Call toll free 1-800-998-8800 for free samples or literature.
2 ABSOLUTE MAXIMUM RATINGS
Maximum Junction Temperature JIE see UHO08S co _ 55°C to +125°C qQ Lead Temperature (Soldering, 10 S00) 1... +300°6 Stresses above those listed under “Absolute Maximum Ratings” may cause permanont damage to the device. These are stress ratings only end functional Operation ofthe device a hese or any other conaitions above those indicated m the operation svchons oF ine spociications is Nor implied Exposure ro absolute maximum rating conditions for extended periods may alec! Cevice reba DC ELECTRICAL CHARACTERISTICS (V, £15V. Tuy = Ta= Tuax Unless otherwise specified) (Note 1) in co ~ tHo06s LHoo6sC ~ BB3S53AM PARAMETER conormions | ___tH06 _ units]
3 MIN TYP MAX | MIN TYP MAX | MIN TYP MAX [ONS
Output R= 100Ki2, T, = 25°C 0 0 50 30 | mv Offset Voltage AL = 1000) 100 100 4 mv | Average Temperature | ! Coefficient of Output | Ag < 100ki2 (Note 3) 300 300 300 Pao} Ottset Voltage 7 - Input Bias Current _ | T)=25°C (Noto 2) Vy = 41V 0530 05 30 05 30 | nA Voltage Gain Ae inn 8S Om" 094 096 100 | 098 096 100 w me Voltage Gain Hinz ZIOM Rg = 100Ki) o92 093 098 | os: 093 098 |os2 093 098 | w [input Capacitance | T]=25°C (Note 3) 30 30 a0 pF Finput Resistance | Vw==1V Ta= 25°C 108 10 108 70% | 10 108 mz mput Resistance | Viv==1V. Ta 25°C__ 1 _ 10% we F output impedance | Your = =10V. Rs 100kn. 10-40 19 40 10 40) on | | 50! Quiput Vw = 210V, Rg < 100k8 02 06 02 06 02 04 A Current Swing i= #10V. Rg < | Output | eeu swing | RL = 500 0 8 0 9 10 v “Output | Ve==5v. R= 500. Voltage Swing T= 25°C 50 70 5070 v 7,= 25°, R=», mn | Supply Current Vg = 418V (Note 4) 388 ss so a | | supply Current Ve = 25V (Note 4) 50 50 mA 1, = 25, Ri ==, | Power Consumption | 2 ~Sey loe 1.05 1.95 1051.95 1s 24 | w Power Consumption | Vs= =5V (Note 4) 500 500 ~ [ow | External Offset Vos = OmV. 4 300 1000 | 0 300 1000 a Note 1: All devices are 100% tested at 25°C only. Specifications at temperature extremes are sample tested to 10%LTPD. These limits are not used to calculate outgoing quality level. Note 2: Specification is at 25°C junction temperature due to requirements of high speed automatic testing. Actual values at operating temperature will exceed the value at T, = 25°C. When supply voltages are = 15V, no-load operating junction temperature without a heat sink may rise 20-30°C above ambiont, and more under heavy load conditions. Accordingly, Vog may change one to several mV. and Ig will change significantly during warm-up, Refer to lz vs. temperature graph for oxpected values. Note 3: QA sample tested only Note 4: Guaranteed through correlated automatic pulse testing at T, = 25°C. Note 5: Offset adjust resistor for LHOO6S connects between device pin 6 and V~ 2 — - — - MAXIM
Very Fast Buffer Amplifiers AC ELECTRICAL CHARACTERISTICS r {Vs = +15V, Ty" 25°C, Rig = 5022, Ry = 502 (Note 6)) =z ee} comm ~_LH0063 “LH0063C ‘BB3553AM | PARAMETER CONDITIONS _ — — UNITS: | i MIN. TYP MAX | MIN TYP MAX | MIN TYP MAX [ Stew rate Ry = 10, Viy = =10V. ‘6000 6000 6000 WSs Slew rate J FL= Sot, Mou = £10N. 2000 2400 2000 2400 | 2000 2400 WuS \\ [seve [Rega 1% | amo sum | soo ztco | zom acon | Bandwidth | Min= 10Virn 300 300 | 300 MHz A] [ Banda Full Power. Viv = 10Vp_¢ 32 [se [32 [wee | KA Note 6: Not 100% production tested: verified by sample testing only. Limits are not used to calculate outgoing quality level Oo sz pica Operating Characteristics POWER DISSIPATION DC SAFE OPERATING AREA GAIN vs SUPPLY VOLTAGE 5 = ‘Tame . t= ty -80 a. _ ig ften sre T0 re 2 = w = = = :
24 Ze 3g,
= Fa Fi —_— E Eom z Ze _ s e 0 2 0 e rr a a) rr rr | TemenaTRe (°C urPaT ner supra vomnee 21 SUPPLY CURRENT vs OUTPUT VOLTAGE vs. QUIESCENT POWER SUPPLY SUPPLY VOLTAGE ‘SUPPLY VOLTAGE CURRENT vs SUPPLY VOLTAGE s * P = _" in ie Ee Fy = Fy Ea Zz. Be 2 Te= 428°C s = a 2 2 F4 Te = 125°C
6 Zs «
; 2 Fy 2 a 5 7 % Fo 5 7 7 Fo 7 «© 6 @ surpe use ie) SUPPLY VALAGE EW SUPPLY VEE 2 MAXIM a — 3
Very Fast Buffer Amplifiers
2 Typical Operating Characteristics
» LARGE SIGNAL PULSE RESPONSE ‘SMALL SIGNAL RISE TIME INPUT CURRENT w on ik by) a ° m gs: ra — 2 N fe Bu zB? == F : z 7 z? s FH 54 “ 2 ww 6 mm Fd = 4 = a " rr o 12 3 4 6 6 7 8 "oO 6 0 % 100 125 TIME 05) TNE TEMPERATURE (0) SMALL SIGNAL FREQUENCY RESPONSE PHASE SHIFT vs FREQUENCY INPUT CURRENT 2 a ’ 6 a* a 5 = i
2 Es FA
2 & s s FA F 3 5 0 a 0 a0 a a ar 7 ; 0 FREQUENCY FREQUENCY a) INPUT OUTAGE Both the BB3653 and the LH0063 consist of a comple- Circult Layout sage hee eaten hoelanee baker nee Circuit layout is one of the most important areas of high and N channel JFETs (Qt and Q2). Transistors Q3and _‘frequency circuit design. Even a good circuit design Q4are laser trimmed current sources that correct circuit may yield only marginal performance when insufficient imbalances to make the offset voltage zero. On the _ttention is paid to circuit layout. This is especially LH0063, the negative current source is made available __—'Mportant with very high bandwidth systems or in a for optional user adjustment; the BB3559 can only be closed loop system with an operational amplifier. To get used at its factory adjusted value full performance capability from these buffers the tho oB3889 dooma following circuit guidelines are suggested: e is internally current limited to 400mA at ; room temperature. This current limit is based on the > Use 3 Sround plane. It provides a shielded, rows Vpe of Q8 and QS, so the limit point will be reduced at Guces Undesirable hat recueney coupling high temperatures. The LH0063 has no internal current uces undesirable high-frequency coupling limit, but has the output stage collectors brought out —-2._ Avoid IC sockets. The increased inter-lead capaci- separately so that external current limiting can be tance can degrade bandwidth and increase feedback implemented. This has the advantage that more output capacitance. Contact resistance can cause offset current is available with the LH0063, as long as the errors that are difficult to account for. maximum power dissipation limit is not exceeded. aC AKI
- Keep input and output connections short. This Power Dissipation and Device Rating 5
minimize capacitance from output to feedback point maximum allowable power dissipation for either device.
- Keep wide traces. Supply and output signal traces Tymax) ~ Ta \\
to the same ground point on the ground plane or ambient in °C/W.
2 The @y¢ of the BB3553 and the LH0063 is typically
Compensation —_10°C/W to allow for device-to-device variaitons in jc. operational amplifier is reduced by an amount equal _ence between the output and the supply voltages. Figure 1. LH0063 Internal Structure Figure 2, 889559 Internal Structure
{Q _ Butferamplitiers may be readily operated trom singleor _to protect the output stage against transient overloads. the absolute value of the gain can be compensated. PCB mounting. its factory trimmed value. When not required, the offset I device. between pin 6 of the LHO063 and V- The table of DC —_Hypertronics Robinson-Nugent inc. electrical characteristics guarantees the MAXIM device 16 Brent Dr. 800 E. 8th St. TABLE 1. 185 W. Magnolia BI PO. Box 34829 | Thermalloy 6002-19 Cambion Div.