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HMC760LC4B Datasheet(PDF) 10 Page - Hittite Microwave Corporation |
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HMC760LC4B Datasheet(HTML) 10 Page - Hittite Microwave Corporation |
10 / 14 page For price, delivery and to place orders: Hittite Microwave Corporation, 2 Elizabeth Drive, Chelmsford, MA 01824 Phone: 978-250-3343 Fax: 978-250-3373 Order On-line at www.hittite.com Application Support: Phone: 978-250-3343 or apps@hittite.com 10 HMC760LC4B v00.0312 WIDEBAND 4 GS/S TRACK-AND-HOLD AMPLIFIER DC - 5 GHz Absolute Maximum Ratings VcctH, VccoF, VcccLK 2.1 Vdc VccoB 3 Vdc Vee, VeecLK -5.25 Vdc cLKP, cLKN Input Power +10 dBm INP, INN Input Power +10 dBm Junction temperature 125 °c continuous Pdiss (t= 85 °c) 2 W thermal resistance (junction to package bottom) 20 °c/W Storage temperature -65 to +150 °c operating temperature -40 to +85 °c eSd Sensitivity (HBM) class 1B eLectroStAtIc SeNSItIVe deVIce oBSerVe HANdLING PrecAutIoNS sampling frequency (through the sampling process) to produce a 1st order beat product at 30 MHz. Likewise, the 2nd and 3rd harmonics of the input signal (generated via distortion in the t/H) beat with the 4th and 6th harmonics of the sampling frequency respectively to produce 2nd and 3rd order beat products at 60 MHz and 90 MHz. In this manner, the t/H nonlinearity in the vicinity of 1 GHz can be measured even though the 995 MHz fundamental and the 1.99 GHz and 2.985 GHz nonlinear harmonics are well beyond the 256 MHz 4 dB bandwidth of the SINx/x response envelope. the possible input frequency choices are overly limited when the low frequency beat-product technique is used at high clock rates. A related high frequency beat-product measurement utilizing correction for the SINx/x envelope weighting must be employed to measure linearity over a wide range of input frequencies. Hittite uses both low frequency and high frequency beat product methods to measure linearity for a wide range of clock and signal frequencies. our high frequency beat-product measurement avoids excessive envelope correction error by maintaining all beat products within the 4 dB bandwidth of the SINx/x function, where the envelope response is well behaved and easily modeled. Linearity Measurement (Continued) |
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