GMP-5 MICROSEMI | Alldatasheet
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N Oy Mierosem’ Corp. SERIES WAP CE ANG SCOTTSDALE, AZ sUmUN ww For more information call: / (602) 941-6300 APPLICATION TRANSIENT ‘The GMP-5 is a low voltage transient suppressor designed for the protection of ABSORPTION ZENER integrated circuits. Characterized by a very low clamping voltage together with a low standoff voltage, GMP-5's afford a high degree of protection to: TTL, ECL, DTL, MOS, CMOS, VMOS, HMOS, NMOS and static memory circuits susceptible to 5-volt line transients. 106 (0042) 097 (0038) DESCRIPTION/FEATURES DIA. TWO PLACES Transient Absorption Zeners (TAZ) are PN silicon junction zeners designed for ou transient voltage suppression. Due to the TAZ’s fast response time, protection } level and high discharge capability, they are extremely effective in providing 80 0 protection against pulses generated by: voltage reversals, capacitive or induc- aan 0an tive load switching, electromechanical switching, electrostatic discharge and electromagnetic coupling. Since integrated circuits are more susceptible to damage from these pulses, TAZ devices offer effective protection. + 500 WATTS PEAK PULSE POWER DISSIPATION ose © WORKING VOLTAGE OF 5 VOLTS (1.00) MIN. + PROTECTS TTL, ECL, OTL, MOS, CMOS, AND MSI INTEGRATED CIRCUITS TWO PLACES * LOW CLAMPING FACTOR r] Ce) 388 (0.48 331 (0130) MAXIMUM RATINGS
500 Watts of Peak Pulse Power dissipation at 25°C
telamping (0 volts to BV min.); Less than 1 x 10-12 seconds (theoretical) Operating and Storage Temperatures: ~65°C to #175°C ‘Av Divanaina fs ieee faches} Forward surge rating: 50 amps 1/120 second at 25°C Steady State power dissipation: 5.0 W @ Ty = 75°C, Lead Length = 3/8” Repetition rate (duty cycle): .05% MECHANICAL CHARACTERISTICS CASE: Void free transfer molded thermosetting plastic FINISH: Silver plated copper, read~ ily solderable POLARITY: Band denotes cath- ode WEIGHT: 0.7 gram (Appx.) MOUNTING POSITION: Any 4-37
ELECTRICAL CHARACTERISTICS @ 25°C MINIMUM | MAXIMUM | MAXIMUM | MAXIMUM Note 1: A TAZ is MICROSEMI! CORP. |sTAND OFF| REVERSE BREAKDOWN|CLAMPING |CLAMPING| PEAK | maximum | USUally selected ac- PART VOLTAGE | LEAKAGE | VOLTAGE | VOLTAGE | VOLTAGE | PULSE |PEaK PULS cording to the reverse NUMBER Note 1 | @ Vw | @ ima | @lppt > J@tpp2 5 0A] CURRENT | CURRENT ‘Stand Off Voltage’ vw D V (min) Ve Vo (Fig 2) |. 2160 pec) (Vwm) which should \\ohs is |V(BR) Yors| von pp Amps | be equal to or greater s s AMPS. than the DC or con- ome - 5 300 67 69 tinuous peak - 100 67 69 GMP — 5B 300 64 66 operating voltage Vf at 50 amps peak, 83 msec sine wave = 35 volts maximum eta esc mech | es eate rp po FA SH HTC Belen | PCS esd ty = SSS SSS SS ae : SS cticeetin, Sec ees _ Test waveform
5 SOO Ie SS e 1 pio ae BP parameters
& LOO Ts ann {tr 10 ps0 SSS SS ee aa g* | =1000usec & sei Sette ema eeee ti eSeel 3 10000 Wie fom
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ome oo ~ ” - Bs . 4114. Hi t- Time - ms FIGURE 1 FIGURE 2 PEAK PULSE POWER VS PULSE TIME PULSE WAVE FORM a, — 2 =e Eom T 2 Se So | 2 .cCooh ge a oe % g- CT Tin #8 LT 38 2. ail TYPICAL fs * @ Sey Be 5 Seat é 8 s ee g Sein 38 a zo TTT 3 a a Pret tee Ve - Clamping Voltage - Volts T - Temperatature - °C FIGURE 3 FIGURE 4 DERATING CURVE TYPICAL CHARACTERISTIC CLAMPING VOLTAGE (Vc) VS PEAK PULSE CURRENT (Ipp) 4-38