STR7406 Datasheet RF Variable Gain Amplifier The SSB mixer is followed by the RF variable gain amplifier stage which provides about 23dB of the total gain variation. An additional SAW filter in the transmit path is avoided by providing the gain variation after the mixer. STR7406 Price| Process | EPITAXIAL PLANAR | | Die Size | 16 X 16 MILS | | Die Thickness | 7.5 MILS | | Base Bonding Pad Area | 2.9 x 3.4 MILS | | Emitter Bonding Pad Area | 2.9 x 3.4 MILS | | Top Side Metalization | Al- 20,OOOA | | Back Side Metalization | Au - 16,oooA | | |
STR7406 on stock| PARAMETER | SYMBOL | CONDITIONS | TA | MIN TYP MAX | UNITS | | | | V+ = +5.5V, VCOM_ = +0.5V, +5V | +250C | -0.5 +0.01 0 5 | | | COM Off-Leakage Current | ICOM(OFF) | VNO_ = +5V, +0.5V | TMIKI to TMAX | 5 5 | nA | | DYNAMIC | | | | VNO_ = +3V, RL = 300Q | +250C | 15 35 | | | Address Transition Time | tTRANS | CL = 35pF, Figure 2 | TMIKI to TMAX | 40 | ns | | | | VNO_ = +3V, RL = 300Q, | +250C | 18 35 | | | Inhibit Turn-On Time | tON | CL = 35pF, Figure 3 | TMIKI to TMAX | 40 | ns | | | | VNO_ = +3V, RL = 300Q, | +250C | 9 20 | | | Inhibit Turn-Off Time | tOFF | CL = 35pF, Figure 3 | TMIKI to TMAX | 30 | ns | | Break-Before-Make Time | | VNO_ = +3V, RL = 300Q, | +250C | 20 | | | (Note 7) | tBBM | CL = 35pF, Figure 4 | TMIKI to TMAX | 2 | ns | | Charge Injection | Q | VGEN = 0, RGEN = 0, CL = 1.OnF, Figure 5 | | 3 | pC | | On-Channel -3dB Bandwidth | BW | Signal = OdBm, 50Q in and out, Figure 6 | | >200 | MHz | | Off-Isolation (Note 8) | VISo | f = 1MHz, RL= 50Q, CL = 5pF, Figure 6 | | -85 | dB | | Crosstalk (Note 9) | VCT | f = 1MHz, RL= 50Q, CL = 5pF, Figure 6 | | -90 | dB | | Total Harmonic Distortion | THD | f = 20Hz t0 20kHz, 1Vp-p, RL = 600Q | | 0 02 | % | | DIGITAL l/0 | | Input Logic High | VIH | | | 2 0 | V | | Input Logic Low | VIL | | | 0 8 | V | | Input Leakage Current | IIH, IlL | ADD_, INH = 0 0r V+ | | 1 1 | uA | | SUPPLY | | Power-Supply Range | V+ | | | 1 8 5 5 | V | | Positive Supply Current | l+ | V+ = +5.5V, ADD_, INH = 0 0r V+ | | 1 | uA | | | | | | |
The SCL5616HW is a 2-function digital automotive clock circuit. Fabricated on a single monolithic chip using silicon-gate CMOS PROM technology, it offers low cost, low power, and high reliability. It also includes digital frequency correction, stored in the internal nonvolatile memory, for easy adjustment of the oscillator nominal frequency.
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