Intermediate exchange rate regimes consist of an array of differing systems allowing a varying degree of flexibility, such as conventional fixed exchange rate pegs, crawling pegs and exchange rate bands (Fischer, 2001, P. 117). In the following such systems are briefly introduced: In a Conventional Fixed Peg arrangement a currency is pegged at a fixed rate to a major currency or a basket of currencies, allowing the exchange rate to fluctuate within a narrow margin of ±1 percent around a formal (or de facto) central rate (IMF AR, 2002, P. 117). The monetary authority intervenes in the market, if the fluctuation is outside these limits. An example of such an arrangement is post-crisis Malaysia, fixing Ringgit against US dollar for a rate of RM 3,8 per $1. A Horizontal Band is somewhat similar to a conventional fixed peg. But it is softer, in that it allows the exchange rate level to fluctuate “within certain margins” of a formal (or de facto) central rate (IMF AR, 2002, P. 117). The central bank commits itself to keep the exchange rate within a specified range (Fischer, 2001, P.5). In a Crawling Peg arrangement the currency is adjusted periodically “in small amounts at a fixed rate or in response to changes in selective quantitative indicators (past inflation differentials vis-à-vis major trading partners…)” (IMF AR, 2002, P.117). Maintaining a credible crawling peg imposes constraints on monetary policy in a similar manner as a fixed peg system. A Crawling Band allows a periodic adjustment of the exchange rate band itself. Bands are “chosen to be symmetric around a crawling central parity or to widen gradually with an asymmetric choice of the crawl of upper and lower bands…” (IMF AR, 2002, P.117). The central bank commits to maintain the exchange rate within
POST-CRISIS EXCHANGE RATE REGIMES
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Intermediate Regimes
ADSP
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The evaluation board is designed to be used in conjunction with VisualDSP and the 16-bit tools as a complete code evaluation and debug system. Using the SAR-ADSP-2181 with the debugger, you can observe the ADSP-2181 execute programs from on-chip RAM, interact with onboard devices, and communicate with other peripherals located on optional add-on modules. You can access the ADSP-2181 processor from the PC through a serial port or an optional emulator. The monitor program gives you complete target debug capability through the serial port. In contrast, the emulator allows the PC to perform in-circuit emulation through the processor's emulation port.
Key Features :
> ADSP-2181, 33 MIPS DSP
> AD1819B, AC97 stereo codec
> RS-232 interface
> Socketed EPROM
> User push buttons
> Power supply regulation
> Expansion connectors
> User configurable jumper
Additionally, the SAR-ADSP-2181 provides user installed
expansion connectors that let you examine processor
Signals,as well as provide an interface for host control.
This product is used with the VisualDSP integrated
development environment (IDE) and debuggers which
contains the code generation tools (C compiler, linker, and
assembler). VisualDSP is a Windows-based software
development environment for Analog Devices Digital Signal
Processors (DSP). The VisualDSP software aids your DSP
software development efforts by providing you with the
following:
Experiments :
> Amplification of input wave file using codec.
> Generation of DTMF dial tone.
> Generation of DTMF tone for a particular digit.
> Generation of ambulance tone.
> FIR filter program for various cutoff frequencies.
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