The first topic of this thesis is a novel NTSC video sync separator (NSS) with a high-PSR (power supply rejection) bias generation circuitry (BGC) comprising a temperature compensation circuitry. The proposed BGC is composed of step-down regulators and a bandgap-based bias with cascode current control. The clamping voltages required for sync separation from an NTSC signal are generated. The second topic is a temperature-compensated 6th order transconductance-C (Gm-C) anti-aliasing filter (AAF) with digitally tunable bandwidth which can be applied in the analog front-end circuit of DVB-T receivers. The proposed AAF is controlled by digital signals to provide three different baseband bandwidth (6, 7, 8 MHz) selection. A regulator with a bandgap circuitry supplies a stable voltage to suppress the variations of power and temperature. Moreover, a temperature -compensated circuitry is used to neutralize bandwidth drifting caused by the temperature variation. The bandwidth accuracy of the proposed design verified by HSPICE post-layout simulations is better than 3.28% at every PVT (process, supply voltage, temperature) corner. It is adequate for the DVB-T receivers¡¦ baseband processing.

The objectives of this research are to accomplish Multilayer Ceramic Capacitors, MLCCs used Temperature compensated type Ceramic powder and different design and size to confer its characteristic. The first to speak about Taiwan capacitors property development to point Multilayer Ceramic Capacitors from 1960 to recently.The manufacture procedure from Normal Metal Electronic procedure change to Base Metal Electronic procedure. The second to quote the relation document to explain Temperature compensated type Multilayer Ceramic Capacitors characteristics and main electric characteristics and the related factors such as Frequency, Test Signal Level, DC Bias, Temperature, Time, Insulation resistance and Break down voltage. The last from sample manufacture flow and structure analysis to electric characteristic measure analysis and result to discuss opposite factor characteristics. To bring up develop direction and reference material.